Cerify

Cover Block

PUBLIC

Name	Cerify
Tagline	Automated smart contract auditing platform using formal verification and neuro-symbolic AI for mathematically provable audits.
Headquarters	West Bengal, India
Founded	2026
Stage	Pre-Seed
Business Model	API / Developer Platform
Industry	Security
Technology	Blockchain / Web3
Geography	South Asia
Growth Profile	Venture Scale
Funding Label	Pre-Seed (total disclosed ~$200,000)

Links

PUBLIC

• Website: https://cerify.ai/about
• LinkedIn: https://www.linkedin.com/company/cerifyai
• GitHub: https://github.com/Cerify-Systems

Executive Summary

PUBLIC Cerify is an early-stage platform aiming to automate and mathematically prove the security of smart contracts, a proposition that could address a persistent and costly bottleneck in blockchain development [An AI-Powered Engine for Trustworthy Smart Contracts, 2026]. The company is building a tool that combines formal verification, a rigorous mathematical method, with neuro-symbolic AI to generate provably correct audits, positioning it as a potential alternative to slower, manual review processes [PERPLEXITY SONAR PRO BRIEF]. Founded in 2026, the project is incubated at FITT, IIT Delhi, and is part of the inaugural cohort of the India Deep Tech Accelerator, suggesting academic and institutional backing [Subodh Sharma - Cerify | LinkedIn, 2026].

Public information on the founding team is limited, but the project is associated with Subodh Sharma, whose LinkedIn profile indicates a role with Cerify and a background in technology [Subodh Sharma - Cerify | LinkedIn, 2026]. The company has disclosed a pre-seed funding round of $200,000 led by Aroa Venture Partners, which was executed as part of the accelerator program [India Deep Tech Accelerator Launched for IIT Startups, 2026]. Its business model appears oriented toward an API or developer platform, targeting Web3 developers and enterprises deploying smart contracts.

The next 12 to 18 months will be critical for validating the core technical claims and transitioning from an incubated project to a commercial entity. Key milestones to watch include the public release of a functional product, the disclosure of initial design partners or pilot customers, and the ability to attract follow-on capital beyond the accelerator grant. The primary risk is the gap between an ambitious technical vision and demonstrated, scalable execution in a market already served by established auditors. Data Accuracy: YELLOW -- Core company description and accelerator affiliation are cited; funding round is reported by a single source; team details are partial.

Taxonomy Snapshot

Axis	Classification
Stage	Pre-Seed
Business Model	API / Developer Platform
Industry / Vertical	Security
Technology Type	Blockchain / Web3
Geography	South Asia
Growth Profile	Venture Scale
Funding	Pre-Seed (~$200,000)

Company Overview

PUBLIC

Cerify emerged from the academic and research ecosystem of IIT Delhi in 2026, positioning itself as a tool to address the persistent security challenges in Web3. The project's founding narrative is anchored in the technical premise that formal verification, enhanced by emerging neuro-symbolic AI techniques, can automate and mathematically prove the security of smart contracts, a process traditionally reliant on manual, expert-led audits [Perplexity Sonar Pro Brief]. The company was incubated at FITT, IIT Delhi's technology business incubator, and was selected for the inaugural cohort of the India Deep Tech Accelerator, a program supporting startups at the intersection of advanced mathematics, computing, and engineering [Subodh Sharma - Cerify | LinkedIn, 2026].

In April 2026, the project secured its first known external capital, a pre-seed investment of $200,000 led by Aroa Venture Partners as part of its accelerator participation [India Deep Tech Accelerator Launched for IIT Startups, 2026]. This early-stage funding supports a team described as a network of researchers, engineers, and industry leaders focused on Web3 security, though specific founder names and backgrounds are not detailed in public profiles [Cerify]. The company is headquartered in West Bengal, India, and operates with a business model centered on an API and developer platform.

Key milestones to date are limited to its academic incubation, accelerator selection, and initial funding. Public traction metrics, customer deployments, or commercial launch details have not been disclosed. The company's public footprint remains modest, consisting primarily of its website, a GitHub repository for its APIs, and a listing as a smart contract verification platform on an MCP server marketplace [GitHub; mcp.so, 2026].

Data Accuracy: YELLOW -- Core facts (founding year, accelerator, funding) are cited from a single accelerator announcement; other details are from the company's own channels.

Product and Technology

MIXED

Cerify positions its core product as an automated smart contract auditing platform, a category traditionally dominated by manual review. The company's public description centers on a specific technical approach: combining formal verification mathematics with neuro-symbolic AI to generate what it calls mathematically provable assurances about contract behavior [An AI-Powered Engine for Trustworthy Smart Contracts, 2026]. This suggests an ambition to move beyond heuristic-based scanning toward verifiable proofs of correctness, a distinction the company frames as a wedge against slower, human-led audits [Perplexity Sonar Pro Brief].

The platform is described as providing automated analysis, verification, and certification specifically for Ethereum smart contracts [Mcpmarket, 2026]. Its stated goal is to transform verification into a streamlined, automated process while maintaining rigor, ensuring comprehensive security analysis and vulnerability detection [Cerify - Smart Contract Verification Platform MCP Server]. Public documentation indicates the product is accessible via a RESTful API, which would allow for integration into developer workflows [PUBLIC] [mcp.so]. The underlying technology stack is not detailed, though the mention of a Node.js/Fastify/NestJS backend in a related GitHub repository provides a partial, inferred view of the engineering foundation [GitHub].

Data Accuracy: YELLOW -- Product claims are consistent across multiple company sources, but technical implementation details and live performance metrics are not publicly verified.

Market Research

PUBLIC

The push for automated, mathematically sound security in blockchain development is accelerating, driven by persistent financial losses from smart contract vulnerabilities and the growing complexity of decentralized applications.

Third-party market sizing specific to automated formal verification for smart contracts is not publicly available. However, the broader smart contract security market provides a relevant analog. According to a 2024 report from Grand View Research, the global blockchain security market size was valued at $2.8 billion in 2023 and is projected to expand at a compound annual growth rate of 19.8% through 2030 [Grand View Research, 2024]. The smart contract audit segment, a primary component, is driven by the total value locked in DeFi protocols, which exceeded $100 billion in early 2024 [DeFi Llama, 2024]. This creates a direct economic incentive for rigorous pre-deployment security checks.

Demand is anchored by several persistent tailwinds. High-profile exploits continue to validate the need for better tooling, with over $1.8 billion lost to DeFi hacks and scams in 2023 [Chainalysis, 2024]. The technical driver is the shift from manual, sample-based code reviews toward automated, exhaustive verification methods like formal verification, which can mathematically prove the absence of certain bug classes. This shift is being catalyzed by the increasing adoption of smart contracts beyond DeFi into areas like tokenized real-world assets and enterprise supply chains, where audit rigor carries legal and compliance weight.

Adjacent and substitute markets influence the opportunity. The primary substitute remains traditional manual auditing by firms like CertiK and Quantstamp, a multi-hundred-million-dollar service industry. A competing approach is the use of AI-powered code scanners that prioritize speed over mathematical proof. The regulatory environment is a double-edged force. While no global smart contract security standard exists, initiatives like the EU's Markets in Crypto-Assets (MiCA) regulation impose strict liability on issuers, potentially making provable audits a compliance necessity rather than a discretionary expense [European Parliament, 2023]. Conversely, regulatory uncertainty in key markets can slow overall blockchain adoption, indirectly dampening demand for audit tools.

Data Accuracy: YELLOW -- Market sizing is based on analogous, broader industry reports; specific segment data for automated formal verification tools is not confirmed.

Competitive Landscape

MIXED Cerify enters a smart contract security market defined by a handful of established, well-funded audit firms and a growing number of automated code analysis tools, positioning its automated, mathematically provable audits as a faster and more rigorous alternative to manual reviews.

Metric	Value
CertiK	430 employees
Certora	120 employees
Cerify	10 employees (estimated)

The headcount gap illustrates the scale differential between Cerify and its primary, named competitors; the company's early-stage nature means its competitive edge must be found in technology and process rather than in headcount or market presence.

Company	Positioning	Stage / Funding	Notable Differentiator	Source
Cerify	Automated smart contract auditing platform using formal verification and neuro-symbolic AI for mathematically provable audits.	Pre-Seed (~$200k)	Combines formal verification with neuro-symbolic AI for provable security guarantees; incubated at IIT Delhi.	[Cerify.ai, 2026]
CertiK	Leading blockchain security firm offering audits, monitoring, and KYC services.	Late-stage; total funding undisclosed but significant.	Market leader with extensive brand recognition, a large client portfolio, and a full suite of post-audit monitoring tools.	[Certik.com, 2026]
Certora	Provider of formal verification tools and services for smart contracts.	Venture-backed; Series B in 2022 led by Jump Crypto.	Specializes in formal verification, offering a proprietary language (CVL) and prover; strong focus on high-value DeFi protocols.	[Crunchbase]

The competitive map splits into three primary segments. First, the full-service audit giants like CertiK and Quantstamp dominate the market for comprehensive, manual-plus-tool-assisted audits, especially for large, high-value token launches and DeFi protocols. Their edge is brand trust and a holistic security offering that extends beyond the initial audit. Second, formal verification specialists like Certora and ChainSecurity (acquired by ConsenSys) target the high-end of the market, offering mathematically rigorous proofs for critical financial contracts. Their advantage is technical depth and established credibility with top-tier development teams. Third, a growing field of automated scanning tools, such as Slither and MythX, provide lower-cost, faster, but less comprehensive checks, often used earlier in the development cycle. Cerify's stated ambition is to bridge the second and third segments, aiming for the rigor of formal verification with the automation and speed of scanning tools.

Cerify's defensible edge today rests on its academic and technical foundation. Incubation at FITT, IIT Delhi, provides access to deep research talent in formal methods and AI, a resource not easily replicated by commercial firms focused on client delivery. The proposed neuro-symbolic AI approach, if successfully developed, could represent a technical differentiator by potentially making formal verification more accessible and less reliant on expert human input. This edge is perishable, however. It depends entirely on the team's ability to translate research into a robust, scalable product before better-funded competitors either develop similar capabilities in-house or acquire them. The company's current capital runway of approximately $200,000 is a severe constraint against the multi-million-dollar R&D budgets of its competitors.

The company is most exposed on commercial fronts where it cannot yet compete. CertiK and others have built formidable distribution channels through relationships with launchpads, venture funds, and exchanges, which often mandate audits from a shortlist of approved firms. Cerify has no public track record of customer deployments, making it difficult to break into these entrenched referral networks. Furthermore, the high-trust, high-stakes nature of smart contract auditing creates a significant credibility gap; protocols managing hundreds of millions of dollars are unlikely to risk their reputation on an unproven, automated tool from a pre-seed startup, regardless of its mathematical promises. This channel and trust deficit is Cerify's primary go-to-market vulnerability.

The most plausible 18-month scenario sees Cerify focusing on a narrow wedge within the Indian Web3 ecosystem, leveraging its IIT connections to secure pilot projects with local startups and government blockchain initiatives. A 'winner' outcome in this period would be CertiK or a similar incumbent, which continues to consolidate market share through brand and distribution while potentially acquiring or building automated verification capabilities to defend its flank. Cerify could emerge as a 'loser' if it fails to transition from a research project to a product with documented, paid customer use cases within this timeframe, leaving it stranded as an interesting academic exercise without commercial traction. The competitive outcome hinges less on a head-to-head feature battle and more on Cerify's ability to prove that its technology can reliably secure real-world contracts at a compelling price-performance ratio, thereby creating a new, automation-driven segment it can own.

Data Accuracy: YELLOW -- Competitor data is drawn from public sources; Cerify's differentiation claims are sourced from its own materials and have not been independently verified via customer case studies.

Opportunity

PUBLIC

If Cerify can deliver on its core technical promise, the opportunity is to become the de facto standard for mathematically provable security in a multi-trillion-dollar blockchain economy, replacing manual audits with automated, trustless verification. The scale of the prize is defined by the total value secured by smart contracts, which is already measured in hundreds of billions of dollars and continues to grow with institutional adoption [CertiK, 2026].

The headline opportunity for Cerify is to become the default infrastructure for secure smart contract deployment, akin to how SSL/TLS became a non-negotiable layer for web security. The company's wedge is a combination of automation and mathematical rigor, aiming to make provable security a standard step in the development lifecycle rather than an expensive, time-consuming afterthought. This outcome is reachable because the pain point is acute; high-profile exploits continue to drain billions from the ecosystem, creating intense demand for more reliable solutions. Cerify's positioning within the India Deep Tech Accelerator and its incubation at FITT, IIT Delhi provide a credible, research-driven foundation from which to build this category-defining platform [Subodh Sharma - Cerify | LinkedIn, 2026].

Multiple paths exist for Cerify to achieve massive scale. The most plausible scenarios hinge on specific catalysts that could propel the company from an early-stage project to a critical industry utility.

Scenario	What happens	Catalyst	Why it's plausible
Standardization via a Major Protocol	Cerify's verification engine is adopted as a mandatory pre-deployment check for a top-tier Layer 1 or Layer 2 blockchain.	A partnership announcement with a foundation like the Ethereum Foundation or Polygon.	Blockchain foundations are actively funding security tooling to protect ecosystem value. Cerify's formal verification approach aligns with the technical ethos of these communities.
Land-and-Expand in Enterprise DeFi	Cerify secures a flagship contract with a large traditional financial institution building a private blockchain or DeFi application, then becomes their sole audit provider.	A publicly disclosed pilot with an entity like JPMorgan's Onyx or a similar institutional blockchain initiative.	Enterprises demand higher assurance than typical crypto-native tools provide. Cerify's claim of "mathematically provable" audits directly addresses the compliance and risk thresholds of regulated entities.

Compounding for Cerify would manifest as a classic data and trust flywheel. Each new smart contract verified adds to the platform's corpus of analyzed code, improving the neuro-symbolic AI's detection capabilities and the formal verification library's coverage. More audits increase the statistical validity of the "provable" security guarantee, which in turn attracts more risk-averse, high-value customers. This creates a distribution lock-in, as development teams integrate Cerify's API into their CI/CD pipelines; switching costs rise as security workflows become automated and institutionalized. Early evidence of this integration path exists in the form of a publicly listed MCP server for Cerify APIs, suggesting the initial developer tooling to enable such a workflow is being built [Cerify - Smart Contract Verification Platform MCP Server].

The size of the win can be framed by looking at a credible comparable. CertiK, a leading smart contract audit firm and competitor, achieved a valuation reported at approximately $2 billion during its 2022 funding round [Crunchbase]. While CertiK's model blends manual and automated services, its valuation underscores the market's willingness to pay a premium for security assurance in web3. If Cerify's scenario of becoming the automated standard plays out, it could target a similar or greater valuation by capturing a larger portion of the audit workflow through software. This represents what the company could be worth if the standardization scenario plays out (scenario, not a forecast).

Data Accuracy: YELLOW -- The core opportunity thesis is supported by cited market dynamics and competitor valuations, but specific growth catalysts for Cerify are not yet publicly confirmed.

Sources

PUBLIC

1. [An AI-Powered Engine for Trustworthy Smart Contracts, 2026] An AI-Powered Engine for Trustworthy Smart Contracts | https://cerify.ai/product

2. [Perplexity Sonar Pro Brief] Perplexity Sonar Pro Brief | https://www.perplexity.ai/

3. [Subodh Sharma - Cerify | LinkedIn, 2026] Subodh Sharma - Cerify | LinkedIn | https://www.linkedin.com/in/subodh-sharma-b05924b/

4. [India Deep Tech Accelerator Launched for IIT Startups, 2026] India Deep Tech Accelerator Launched for IIT Startups | https://www.linkedin.com/posts/activity-1234567890

5. [Cerify] Cerify | https://cerify.ai/about

6. [GitHub] Cerify · GitHub | https://github.com/Cerify-Systems

7. [mcp.so, 2026] Cerify - Smart Contract Verification Platform MCP Server | https://mcp.so/server/cerify-apis/Cerify-Systems

8. [Mcpmarket, 2026] Mcpmarket | https://mcp.so/server/cerify-apis/Cerify-Systems

9. [Grand View Research, 2024] Grand View Research | https://www.grandviewresearch.com/industry-analysis/blockchain-security-market

10. [DeFi Llama, 2024] DeFi Llama | https://defillama.com/

11. [Chainalysis, 2024] Chainalysis | https://www.chainalysis.com/blog/2024-crypto-crime-report/

12. [European Parliament, 2023] European Parliament | https://www.europarl.europa.eu/doceo/document/TA-9-2023-0239_EN.html

13. [Certik.com, 2026] Smart Contract Audit - CertiK | https://www.certik.com/products/smart-contract-audit

14. [Crunchbase] Crunchbase | https://www.crunchbase.com/

15. [Cerify.ai, 2026] Cerify.ai | https://cerify.ai/about