C3
C3.ai, Inc. is an enterprise artificial intelligence software company that develops and deploys AI applications for accelerating digital transformation across industries including energy, manufacturing, financial services, and defense.[1][2] Founded in 2009 by Thomas M. Siebel, a veteran Silicon Valley entrepreneur and founder of Siebel Systems, the company is headquartered in Redwood City, California, and offers the C3 AI platform, a model-agnostic system for building, scaling, and operating predictive and generative AI solutions such as supply chain optimization and predictive maintenance.[3][2][1] It went public on the New York Stock Exchange in December 2020 under the ticker symbol AI.[4] The company has achieved notable growth through strategic partnerships and government contracts, including a renewed alliance with Baker Hughes extended through June 2028 for joint AI applications in energy, and a $450 million modification to a U.S. Air Force contract for predictive analytics to enhance aircraft availability and reduce maintenance costs.[5][6] It has also collaborated with hyperscalers like Google Cloud and Microsoft Azure to integrate its platform with cloud infrastructure, contributing to six consecutive quarters of accelerating revenue growth as of fiscal year 2025.[5][7] Recognition includes placement on the Financial Times' list of the Americas' fastest-growing companies in 2024, driven by demand for secure, enterprise-grade AI amid broader AI adoption.[8] C3.ai has encountered controversies primarily centered on investor allegations of misleading disclosures, including claims that executives overstated the stability of key partnerships like Baker Hughes prior to disclosures of reduced commitments, leading to multiple securities class action lawsuits filed since 2023.[9][10] In 2025, additional litigation arose over purported downplaying of risks tied to founder and former CEO Thomas Siebel's health issues before his transition out of the CEO role to Executive Chairman, with plaintiffs arguing such omissions affected stock performance amid volatile AI sector valuations.[11][12] These cases remain ongoing and highlight challenges in transparency for AI firms navigating rapid market expectations and executive transitions.[13][12]Military uses
Command, control, and communications
Command, control, and communications (C3) encompasses the military processes, systems, and technologies that enable commanders to exercise authority and direction over assigned forces to accomplish missions.[14] Command involves the decision-making authority of leaders, control pertains to the mechanisms for directing and monitoring execution, and communications provides the networks for transmitting orders, intelligence, and status updates across units.[15] These elements integrate to acquire, process, and disseminate information, forming the backbone for synchronized operations.[16] C3 functions as a force multiplier, permitting numerically inferior forces to achieve superiority by concentrating combat power at critical points through rapid, accurate information flow.[15] In the Air Battle of Britain from September to November 1940, British forces with 650 fighters leveraged radar detection and high-frequency radio communications to counter 2,120 German aircraft, enabling timely intercepts that turned the tide despite the disparity.[15] Effective C3 demands survivability features, such as dispersed modular command posts spaced at least 1.5 kilometers apart with duplication and hardening against threats; reliability through anti-jamming, electromagnetic pulse-resistant systems like SINCGARS radios and TRI-TAC switches; and disciplined information management to filter data overload, validate inputs, and ensure delivery within seconds for tactical decisions.[15] C3 systems underpin all military operations by supplying the essential data for planning, directing, and executing actions, with vulnerabilities in these areas capable of paralyzing forces.[17] Commanders bear direct responsibility for C3 organization, including command post setup and information prioritization, to maintain coherence in fluid environments like Airland Battle doctrines emphasizing annihilation through synchronized fires and maneuvers.[15] The concept originated from basic command and control (C2) augmented by dedicated communications, evolving in the late 20th century to C4 with the integration of computers for enhanced processing and networking.[18] Subsequent expansions to C4ISR incorporated intelligence, surveillance, and reconnaissance for broader situational awareness, reflecting advances in data fusion amid increasingly complex battlefields.[18]Technology and computing
C3 AI
C3 AI is an American software company specializing in enterprise artificial intelligence applications, founded in 2009 by Thomas M. Siebel, a technology entrepreneur previously known for founding Siebel Systems.[19][20] The company originated with a focus on three core areas—carbon management, cloud computing, and customer relationship management—before expanding into broader enterprise AI solutions designed to accelerate digital transformation across industries such as manufacturing, energy, financial services, and government.[21] Its flagship offering, the C3 AI Platform, is a cloud-based system that enables the development, deployment, and operation of AI models at scale, including pre-built applications for predictive maintenance, supply chain optimization, and fraud detection.[1][4] The platform emphasizes an open architecture to avoid vendor lock-in, supporting integration with major cloud providers like AWS, Azure, and Google Cloud, and features over 130 turnkey AI applications tailored for enterprise needs.[22][23] C3 AI has pursued partnerships with technology giants, including Microsoft, to enhance its generative AI capabilities and ecosystem-driven sales, which accounted for 73% of deals in its fiscal second quarter of 2025.[24] Recent innovations include agentic AI for process automation, where autonomous agents encapsulate business workflows, as announced in September 2025.[25] The company went public on the New York Stock Exchange in December 2020 under the ticker AI, positioning itself as a provider of model-driven architecture for handling complex, data-intensive enterprise problems.[4] Leadership transitioned in 2025 with Stephen Ehikian appointed as CEO, succeeding Siebel who shifted to executive chairman amid financial pressures and a search for renewed growth momentum.[26] For fiscal year 2024, C3 AI reported revenue of $310.6 million, followed by a 29% year-over-year increase to $94.3 million in the second quarter of fiscal 2025, driven by subscription growth and partnerships.[27] However, the company has faced profitability challenges, with ongoing operating losses and stock volatility, prompting restructuring efforts.[28] C3 AI has encountered legal scrutiny through investor class-action lawsuits alleging misleading disclosures. In 2023, plaintiffs claimed executives, including Siebel, overstated the value of a partnership with Baker Hughes, which later underperformed expectations.[9] Additional suits in 2025 accused the company of downplaying risks tied to Siebel's health issues and inflating growth projections, leading to questions about financial transparency.[29][30] Despite these issues, C3 AI maintains internal guidelines on AI ethics, addressing fairness, bias mitigation, and reporting biases in machine learning systems through data provenance and model governance practices.[31] The firm continues to target government and defense sectors, with Siebel advocating for AI in mission-critical applications like supply chain resilience as of September 2025.[32]C3 programming language
C3 is a minimalist systems programming language intended as an evolution of C, incorporating modern features while preserving C's syntax, semantics, and low-level control to minimize the learning curve for existing C developers. It prioritizes ergonomic improvements, such as enhanced type safety and compile-time capabilities, without introducing garbage collection or high-level abstractions that could compromise performance. The language supports full C ABI compatibility, enabling direct linking with C and C++ code, as demonstrated in projects like vkQuake, a Vulkan-accelerated port of Quake.[33][34] Development of C3 stems from earlier efforts on C2, another C derivative, with primary contributions from Christoffer Lernö, who has focused on refining C's paradigm for contemporary systems programming needs. The project gained public visibility through discussions around 2022, achieving feature stability by November 2023. As of October 4, 2025, the compiler reached version 0.7.6, incorporating quality-of-life enhancements like shebang support (#!), generic type inference, and cross-platform file I/O in the standard library, while deferring major additions like inline assembly updates to future releases. The compiler is hosted on GitHub under the c3lang organization, with ongoing community contributions via Discord.[35][36][37]
Key features of C3 include a module system that eliminates mandatory header files and provides namespace scoping with public/private visibility controls, reducing boilerplate compared to C. It introduces slices ([] for dynamic arrays), optional types (? suffix for error-prone returns), and zero-overhead error handling via operators like ?? and !. Generics are supported through parametric modules and functions, with compile-time evaluation for reflection and semantic macros that accept types or expressions. Other additions encompass SIMD vectors ([<n>]), bitstructs for precise bit layout, operator overloading, and enhanced literals (e.g., binary 0b, digit separators _). Control flow extends C with match-style switches, foreach loops, and compile-time directives ($if, $for). The language enforces conventions like PascalCase for types and supports UTF-8 source code with multi-byte escapes.[38][33]
C3's design philosophy emphasizes gradual adoption, with attributes like @inline and @deprecated for optimization and maintenance, alongside debug-time safety checks and detailed stack traces. While pre-1.0, it compiles to native binaries via LLVM backend, maintaining C's performance profile for systems, embedded, and game development applications. Documentation includes a tutorial at learn-c3.org and examples on the official site, focusing on interoperability, such as calling C libraries directly.[33][39]
C3 paper size
The C3 paper size measures 324 mm by 458 mm (12.8 in by 18.0 in), with a surface area of approximately 0.148 m².[40][41] This dimension adheres to the ISO 216 international standard for trimmed paper sizes, maintaining an aspect ratio of 1:√2 (approximately 1:1.414), which allows successive sizes to have half or double the area when halved or doubled along the longer edge.[42][43] Tolerances for C3 dimensions are ±2 mm for lengths between 150 mm and 600 mm, ensuring compatibility in printing and folding processes.[40] Within the ISO 216 C series, intended primarily for envelopes, C3 serves as the geometric mean between A3 (297 × 420 mm) and B3 (353 × 500 mm) sizes, enabling it to accommodate an unfolded A3 sheet without creasing.[44][45] The series derives from the German DIN 476 standard established in 1922, which formalized the √2 ratio for efficient paper usage and scaling, building on principles outlined in a 1786 letter by Georg Lichtenberg emphasizing proportional reduction.[46] ISO 216, including the C series, was adopted internationally in 1975 to promote uniformity in global printing and stationery.[47] C3 envelopes are commonly used for mailing large documents such as architectural drawings, posters, or folded A4 sheets in bulk, with the size supporting high-resolution printing at 300 pixels per inch for images measuring 324 × 458 mm.[44][48] In regions adhering to ISO standards, like Europe and much of Asia, C3 facilitates standardized packaging for professional correspondence, though adoption varies outside these areas where U.S. letter sizes predominate.[42] The format's diagonal measures about 561 mm, aiding in calculations for binding or display applications.[49]Transportation
Citroën C3
The Citroën C3 is a B-segment supermini hatchback produced by the French automaker Citroën since June 2002, succeeding the Saxo and positioned as an affordable urban vehicle emphasizing comfort and efficiency.[50] Initial production occurred at facilities in France and Spain, later shifting to Slovakia for later generations, with cumulative global sales exceeding 4.8 million units by 2023.[51] The model has evolved through four generations, incorporating progressively advanced features such as improved safety systems, hybrid powertrains, and electric variants, while maintaining Citroën's signature focus on ride comfort via progressive hydraulic cushioning in select trims.[52] The first generation (2002–2009) featured a compact design with dimensions of approximately 3,850 mm in length and a range of front-wheel-drive engines, including a 1.1-liter petrol unit producing 60 hp and a 1.4-liter variant at 73 hp, paired with five-speed manual transmissions.[53] Diesel options included a 1.4-liter HDi with 90 hp, prioritizing fuel economy for city driving.[54] Production emphasized cost-effective manufacturing on the PSA PF1 platform shared with Peugeot models, achieving moderate sales in Europe amid competition from rivals like the Ford Fiesta.[55] The second generation (2009–2016) introduced a taller stance for better visibility and interior space, with lengths around 3,941 mm and engines spanning a 1.1-liter petrol at 60 hp up to a 1.6-liter VTi delivering 120 hp.[56] Key features included optional electronic stability control and a modular dashboard, though reliability concerns arose with some PureTech petrol engines due to timing belt degradation in wet conditions, mitigated in later revisions.[57] Diesel variants like the 1.6-liter e-HDi offered improved economy, contributing to the model's appeal in fleet markets.[58] Launched in 2016, the third generation adopted a bolder "Airbump" design on the sides for impact protection and achieved over 1.1 million sales globally by 2023, with European figures including 133,566 units in 2016 alone.[59][60] It garnered more than 25 awards across Europe, such as BBC Top Gear's Best Urbanite, for its intuitive tech and comfort.[61] Engine lineup included turbocharged 1.2-liter PureTech petrol units up to 110 hp and BlueHDi diesels, with production peaking at over 240,000 units annually in Slovakia.[62] The fourth generation, introduced in emerging markets in 2023 and Europe in 2024, starts at €14,990 in France and features a 1.2-liter mild-hybrid petrol engine with 136 hp, alongside the fully electric ë-C3 offering 113 hp from a 44 kWh battery for up to 320 km range.[63] Enhanced reliability includes a timing chain in the updated PureTech engine to address prior belt issues.[52] Standard equipment encompasses advanced driver aids like lane-keeping assist, with top trims adding 3D navigation and 17-inch alloys.[64]| Generation | Production Years | Key Engines | Notable Features |
|---|---|---|---|
| First | 2002–2009 | 1.1L petrol (60 hp), 1.4L HDi diesel (90 hp) | Compact sizing, basic safety kit |
| Second | 2009–2016 | 1.2L VTi (82 hp), 1.6L e-HDi (92 hp) | Upright seating, optional ESP |
| Third | 2016–2024 | 1.2L PureTech (110 hp), BlueHDi diesels | Airbumps, over 25 awards |
| Fourth | 2023–present | 1.2L hybrid (136 hp), ë-C3 electric (113 hp) | Mild-hybrid tech, improved chain-driven engine |
Chevrolet Corvette (third generation)
The third-generation Chevrolet Corvette, designated as the C3, was manufactured by Chevrolet from the 1968 to 1982 model years, spanning 15 years and marking the longest production run of any Corvette generation.[68] This generation introduced a more curvaceous "Stingray" body style inspired by the Mako Shark II show car concept, developed under chief engineer Zora Arkus-Duntov, with styling led by Larry Shinoda.[69] The C3 retained the front-engine, rear-wheel-drive layout on a modified C2 platform, featuring independent suspension at all four wheels and fiberglass body panels for reduced weight.[70] Initial engine options for 1968 included small-block 327-cubic-inch (5.4 L) V8s producing 300 to 350 horsepower, alongside big-block 427-cubic-inch (7.0 L) V8s rated up to 435 horsepower in high-performance variants like the L88, which featured an all-aluminum block for racing applications.[71] Power outputs declined in the 1970s due to federal emissions regulations and the shift to net horsepower ratings; by 1975, the base 350-cubic-inch (5.7 L) V8 was detuned to 165 net horsepower, though optional L82 engines restored output to around 250 net horsepower.[72] Transmission choices encompassed three- and four-speed manuals, plus a two-speed Powerglide or later three-speed Turbo Hydra-Matic automatic.[73] Design evolutions included the adoption of the "Stingray" badge for 1969–1976 models, with coupes featuring a removable T-top roof option introduced in 1968.[74] Federal safety mandates prompted 5-mph impact bumpers in 1973–1974, evolving to full-width urethane covers by 1975, which extended the car's length by about 3 inches but added minimal weight.[75] Convertibles were offered through 1975, after which production shifted to coupes only until a brief return in later years; special editions like the 1978 Pace Car replica and 1980 Indy 500 versions highlighted cosmetic updates such as the "glass" rear window and aerodynamic spoilers.[76] A total of 542,862 C3 Corvettes were produced, with annual sales peaking at 53,807 units in 1979 amid renewed interest in performance cars post-oil crises.[77] Despite challenges from rising fuel costs and stricter regulations that curbed acceleration—quarter-mile times slowed from under 13 seconds in early big-block models to over 15 seconds by the late 1970s—the C3 solidified the Corvette's status as America's sports car, outselling European rivals and influencing subsequent generations.[78] Restoration values today reflect strong demand for low-mileage examples, particularly pre-1975 models with higher-output engines.[79]Biology and medicine
C3 carbon fixation pathway
The C3 carbon fixation pathway, also known as the Calvin-Benson-Bassham cycle, is the primary biochemical process for incorporating atmospheric carbon dioxide (CO₂) into organic molecules in photosynthetic organisms, including most plants, algae, and cyanobacteria. It operates in the chloroplast stroma and produces 3-phosphoglycerate (3-PGA), a three-carbon compound, as the first stable product of CO₂ fixation, distinguishing it from C4 and CAM pathways. This pathway evolved early in Earth's history under high-CO₂, low-O₂ conditions and remains the dominant form of photosynthesis, utilized by approximately 85% of vascular plant species, though C4 plants, comprising about 3% of species, account for 20-30% of terrestrial carbon fixation due to their higher efficiency in certain environments.[80][81] The pathway comprises three phases: carboxylation, reduction, and RuBP regeneration. In carboxylation, the enzyme ribulose-1,5-bisphosphate carboxylase/oxygenase (Rubisco), the most abundant protein on Earth, catalyzes the addition of CO₂ to ribulose-1,5-bisphosphate (RuBP), a five-carbon acceptor, forming an unstable six-carbon intermediate that splits into two molecules of 3-PGA; three turns of this reaction fix three CO₂ to yield six 3-PGA.[82] Rubisco's active site binds either CO₂ (carboxylase activity) or O₂ (oxygenase activity), with the latter triggering photorespiration—a process that releases fixed carbon as CO₂ without net gain, reducing efficiency by up to 40% in C3 plants under high temperatures, low intercellular CO₂, or drought when stomata partially close to conserve water.[82] The reduction phase converts 3-PGA to glyceraldehyde-3-phosphate (G3P), a precursor for glucose and other carbohydrates. Each 3-PGA receives a phosphate from ATP to form 1,3-bisphosphoglycerate, which is then reduced by NADPH to G3P, releasing inorganic phosphate (Pi); for six 3-PGA from three CO₂, this consumes six ATP and six NADPH, producing six G3P.[83] One G3P exits the cycle for biosynthesis (equivalent to half a glucose after two turns), while five G3P enter regeneration.[83] Regeneration recycles the five G3P into three RuBP through a series of sugar interconversions involving enzymes such as aldolase, transketolase, and phosphoribulokinase, requiring three additional ATP. The net stoichiometry for fixing three CO₂ into one G3P is thus three CO₂ + nine ATP + six NADPH → G3P + nine ADP + eight Pi + six NADP⁺, with ATP and NADPH supplied by the light-dependent reactions of photosynthesis.[83] This cycle maintains carbon flow but is energetically costly, as photorespiration in C3 plants—absent or minimized in C4 plants via spatial CO₂ concentration in bundle sheath cells—exacerbates inefficiency, limiting productivity in hot, dry climates where C3 species predominate less than C4 counterparts.[82][81] C3 plants perform all reactions in mesophyll cell chloroplasts without specialized CO₂-pumping mechanisms, favoring them in moderate environments but rendering them vulnerable to oxidative stress from Rubisco's oxygenase relic, an evolutionary holdover from anaerobic origins. Efforts to engineer C3 crops with enhanced Rubisco specificity or C4-like traits aim to boost yields, as current C3 efficiency lags behind theoretical maxima due to these kinetic limitations.[82]Complement component 3
Complement component 3 (C3) is a central protein in the complement system, a key arm of innate immunity that enhances pathogen clearance and modulates adaptive responses.[84] Encoded by the C3 gene on chromosome 19q13.3, it is synthesized primarily in the liver as a 185 kDa single-chain precursor that undergoes post-translational cleavage into an alpha chain (110 kDa) and beta chain (75 kDa), linked by a thioester bond.[84] [85] The protein circulates in plasma at concentrations of 0.9–1.8 g/L, representing about 75% of total complement proteins.[86] C3 activation occurs via three convergent pathways—classical, lectin, and alternative—each generating C3 convertases that proteolytically cleave C3 into C3a and C3b fragments.[87] C3b covalently attaches to pathogen surfaces via a reactive thioester, marking them for phagocytosis (opsonization) by binding receptors like CR1 on immune cells; this also amplifies the cascade by recruiting factor B and properdin in the alternative pathway.[88] C3a, an anaphylatoxin, binds C3a receptor (C3AR1) to trigger mast cell degranulation, histamine release, and chemotaxis of eosinophils, basophils, and macrophages, promoting inflammation.[85] Further downstream, C3b contributes to C5 convertase formation, leading to the membrane attack complex (MAC) that lyses target cells.[87] In addition to antimicrobial defense, C3 facilitates immune complex clearance and B-cell activation, bridging innate and adaptive immunity by enhancing antibody production and memory responses.[89] Dysregulated C3 activation underlies various pathologies; elevated C3 levels correlate with chronic inflammation in conditions like cardiometabolic diseases, while polymorphisms (e.g., rs2230199) influence susceptibility to age-related macular degeneration and atypical hemolytic uremic syndrome.[90] Hereditary C3 deficiency, an autosomal recessive disorder caused by biallelic C3 mutations (at least 17 identified, including nonsense and missense variants disrupting protein folding or secretion), manifests in childhood with recurrent pyogenic infections by encapsulated bacteria like Streptococcus pneumoniae and Neisseria meningitidis due to impaired opsonization.[84] [91] Affected individuals also face increased risk of immune complex-mediated diseases, including membranoproliferative glomerulonephritis and systemic lupus erythematosus-like syndromes from defective debris clearance.[91] Diagnosis involves low serum C3 (<0.1 g/L) with normal other components, confirmed by genetic sequencing; management includes prophylactic antibiotics and vaccination against meningococcus. Acquired deficiencies arise secondarily in liver disease or consumptive states like disseminated intravascular coagulation.[86] Therapeutic targeting of C3, via inhibitors like compstatin analogs, shows promise in complement-driven disorders such as paroxysmal nocturnal hemoglobinuria.[92]Music and entertainment
C3 Presents
C3 Presents is a live entertainment company based in Austin, Texas, specializing in the production, promotion, and marketing of concerts, music festivals, and events across arenas, theaters, clubs, and other venues.[93][94] The firm was founded in 2007 by Charles Attal, Charlie Jones, and Charlie Walker, evolving from earlier ventures in local promotion to become one of the largest operators of multi-day music festivals in North America.[94][95] In December 2014, Live Nation Entertainment acquired a controlling 51% stake in C3 Presents for an estimated $125 million, integrating its festival portfolio while allowing the company to retain operational independence under its original leadership.[96][97] This acquisition expanded Live Nation's holdings in independent promotion, combining C3's expertise in artist booking and event curation with the larger entity's global resources.[98] Prior to the deal, C3 had generated over $136 million in ticket sales in 2014 alone, primarily through its festival lineup.[99] The company produces several flagship annual music festivals, including the Austin City Limits Music Festival, which it has managed since acquiring production rights in the early 2000s and officially rebranded under C3 in 2007; Bonnaroo Music and Arts Festival; and Lollapalooza, with editions in Chicago and international expansions to locations such as Berlin, Paris, Stockholm, and South America.[100][101] These events typically feature multi-genre lineups with headline acts drawing hundreds of thousands of attendees, emphasizing immersive experiences that include art installations, food vendors, and secondary stages.[102] C3 also handles artist management, private bookings, and emerging sectors like esports and gaming events.[93] In addition to festivals, C3 Presents promotes standalone concerts and collaborates on sponsorships, with partnerships such as its extended agreement with Broadcast Music, Inc. (BMI) through 2028 for rights administration at its events.[103] The company's model prioritizes creative production in-house, from marketing to logistics, contributing to its reputation for high-attendance, revenue-generating spectacles amid a consolidating live music industry.[93][95]C3 albums and songs
C3 albums and songs refer to the extensive catalog of contemporary Christian worship music produced by C3 Church Global, a charismatic Pentecostal network founded in Australia in the early 1980s by Phil Pringle and Christine Pringle. The church's music ministry, operating under the C3 Music banner, has released over 40 albums featuring live recordings, original compositions, and collaborative tracks designed for church worship services. These works emphasize themes of praise, spiritual renewal, and divine encounter, often performed by worship teams at C3 campuses worldwide.[104][105] The discography spans from the church's formative years, with early releases tied to the Oxford Falls campus (originally Christian City Church), to more recent global efforts. Albums typically blend modern rock, pop, and electronic production with congregational sing-alongs, supported by high-fidelity audio setups that have contributed to the church's appeal. Notable examples include Pilgrims (2018), which captures live sessions from Sydney services; Breathe (2017), focusing on themes of revival; Abide (2016), an acoustic-leaning project; and Ekklēsia (2022) from C3 SYD. Earlier titles from the Oxford Falls group, such as In Your Rhythm (2013) and A Thousand Hallelujahs (2011), reflect the ministry's evolution toward polished, youth-oriented sound.[106][107] Standout songs from these albums include "Breathe," "Holy Spirit," and "You Are Good," which have amassed significant streams on platforms like Spotify and Apple Music, with "Holy Spirit" exceeding 97,000 plays in catalog data. Other popular tracks, such as "Pilgrims" and "Abide," highlight recurring motifs of perseverance and intimacy with God, frequently covered or adapted in C3's international congregations. The music's role in fostering church growth is evident, as innovative worship elements have drawn younger demographics and supported expansion to over 200 locations globally.[108][109][110]| Selected C3 Albums | Release Year | Notes |
|---|---|---|
| Ekklēsia | 2022 | C3 SYD live worship focus[106] |
| Pilgrims | 2018 | Emphasizes journey and faith themes[111] |
| Breathe | 2017 | Revival-oriented tracks with acoustic EP follow-up[110] |
| Abide | 2016 | Introspective worship, including acoustic sessions[111] |
| Saints | 2014 | Congregational anthems[111] |
| In Your Rhythm | 2013 | Oxford Falls production[107] |