Our Solutions

We read your documentation to deeply understand your security goals and project requirements.

Identify critical risks by examining your system from an attacker's perspective.

Our experts meticulously review your on-chain and off-chain code for vulnerabilities.

We leverage targeted fuzz testing whenever needed to uncover hidden edge cases.

We verify the effectiveness of your team's fixes to ensure all identified vulnerabilities are fully addressed.

We collaborate with your team to define precise rules and properties your code must satisfy, tailored to your business logic.

We formalize critical invariants, like balance preservation, access controls, and no-loss guarantees, into machine-checkable specifications.

We preprocess your contracts and dependencies into prover-compatible formats, optimizing for clarity and soundness.

We run your specs through industrial-grade formal verification engines to automatically detect violations or confirm correctness.

We analyze any failing proofs, assist in diagnosing root causes, and iteratively refine specs or code to ensure all checks pass.

We map your deployed assets, services, endpoints, and access points to build a complete picture of your attack surface.

We collect infrastructure-as-code, CI/CD setups, Dockerfiles, firewall rules, and cloud policies to build a complete config snapshot.

We compare your configurations against best practices and standards (e.g., CIS, NIST).

We classify misconfigurations by severity and attack surface exposure, focusing first on high-impact and privilege-related issues.

We provide actionable, file-level fixes and collaborate with your infra team to close the loop with minimal friction.

Define attack surfaces and input domains, building a fuzzing approach tailored to your protocol, contracts, and integrations.

Custom fuzzing harnesses simulate realistic execution environments and enable deep state exploration.

We iteratively refine inputs and mutation strategies to maximize code coverage and uncover hidden edge cases.

We triage failures, isolate root causes, and separate noise from real vulnerabilities.

We provide clear fixes and collaborate with your team to resolve issues and validate patches.

We map your system across application, infrastructure, and integration layers to identify potential entry points.

We simulate real-world attacker behavior, targeting logic flaws, misconfigurations, and privilege escalation paths.

We validate findings by developing working exploits where possible to demonstrate real impact.

We rank vulnerabilities based on exploitability and potential damage, focusing attention where it matters most.

We retest after remediation to ensure vulnerabilities are fully resolved and no regressions are introduced.

We work with your team to define system goals, assumptions, and security constraints from the outset.

We identify adversarial scenarios and failure modes, shaping the design around realistic risks.

We formalize core properties your system must always satisfy, such as safety, liveness, and value conservation.

We evaluate protocol structure, interactions, and edge cases to ensure consistency and resilience.

We stay involved as the protocol evolves, refining decisions and preventing issues before implementation.

You submit your codebase and project details. We review scope and context before analysis begins.

We run automated security analysis across your contracts to surface known vulnerability patterns, access control gaps, and structural issues.

A security engineer reviews every finding, removes false positives, and adds context specific to your protocol and business logic

You receive a prioritized list of real vulnerabilities with severity rankings and suggested fixes, giving your team a clear picture of what needs work before the formal audit begins.

We walk through next steps with your team so you enter the audit ready, with less noise in the report and a lower chance of a second engagement.

We map every operational touchpoint: who has access to what, through which systems, and under what conditions.

We assess permission structures, admin key practices, and separation of duties across your team and internal tooling.

We evaluate how private keys are generated, stored, backed up, and rotated, and identify where exposure points exist.

We review internal workflows, deployment procedures, and incident response plans against realistic attack scenarios.

We deliver prioritized, actionable fixes your team can act on without restructuring operations.

We review your codebase, define coverage scope, and establish a review cadence that matches your team's pace.

We plug into your development process and review code changes before they merge.

On the agreed schedule, we conduct structured reviews of accumulated changes with written findings and severity rankings.

We prioritize issues by severity and work with your team to resolve them before the next review cycle opens.

We stay in sync with your roadmap, adjusting scope and cadence as the protocol evolves.

We review your multisig structure, signing thresholds, and governance requirements before any key is added.

Each signer generates keys on a dedicated hardware wallet. Backups are engraved on metal plates and stored across physically separate locations.

We define a clear review and approval process with your team before we sign anything, including turnaround times and escalation paths.

We review proposed transactions, flag concerns, and sign within agreed timeframes.

We maintain defined protocols for time-sensitive operations, key recovery, and signer replacement to keep your governance functional under any condition.