Snyk vs Aikido: Developer-First AppSec vs Modern All-in-One

Snyk and Aikido both sell application security platforms to development teams, yet their product shapes lead to different buying questions. Snyk divides scanning into named products and places much of the feedback in developer tools. Aikido bundles a wider set of code, cloud, domain, and runtime checks inside plan tiers.

A useful Snyk vs Aikido comparison therefore needs more than a feature count. The reader has to compare finding quality on the languages in use, the point where developers receive feedback, data-handling controls, and the billing unit that grows with the team.

Product facts and public prices verified against official sources on July 28, 2026.

What This Comparison Decides

Keep the trial tied to a small set of purchase questions. These axes expose the operational difference without turning every named scanner into a vote.

• How much of the need is dependency analysis, static code analysis, cloud posture, or testing of a running service?
• Which findings must appear in the editor, pull request, continuous integration job, or central dashboard?
• Can the service receive source, dependency metadata, requests, responses, or repository credentials?
• Will contributor growth or the number of protected assets drive the larger bill?

The final decision should use evidence from the same repository and test application. Vendor feature names often describe related capabilities with different scope, limits, and enforcement.

Snyk and Aikido at a Glance

Attribute	Snyk Product and Plan	Aikido Product and Plan
Core shape	Named scanner products	Bundled plan tiers
Dependency scan	Snyk Open Source	Included SCA
Source scan	Snyk Code	SAST and AI SAST
Dynamic test	API & Web	Aikido DAST
IDE path	Four plugin families	Aikido plugin range
Entry billing	Per contributor	Plan plus users
Private access	Enterprise Broker	Aikido local controls

Snyk's official plan table and Aikido's official plan table support the product and billing summary above. The short cells deliberately leave plan limits and product caveats to the sections that follow.

Security Coverage

Both platforms cover code and open-source packages. Their current sites also describe dynamic testing, cloud-related checks, container scanning, and infrastructure-as-code analysis. The useful distinction sits inside each scanner's evidence and workflow.

Dependency Scanning

Snyk Open Source examines direct and transitive dependencies for known vulnerabilities and licence issues. Snyk's current plan comparison lists transitive dependency analysis, base plan test allowances, and product-specific limits.

Aikido's software composition analysis examines supported lockfiles and manifests for vulnerabilities and risky licences. Its language and lockfile reference includes pnpm, npm, Yarn, Bun, Python, Java, Go, Rust, .NET, Ruby, and several other ecosystems.

A trial should use a direct vulnerable package, a transitive path, and a private-registry dependency. Record whether each product identifies the path to the vulnerable package, provides a safe version, explains reachability, and preserves the package manager's lockfile rules.

Static Code Analysis

Snyk Code provides static application security testing in source-control checks, the command line, and supported editors. Snyk's IDE documentation lists VS Code, JetBrains, Visual Studio, and Eclipse plugin families, with Cursor and Windsurf covered through the VS Code extension.

Aikido documents static scans in its cloud platform and real-time scans in supported editors. Its cloud-versus-IDE page says editor scans use less repository and deployment context than cloud scans. That is a useful warning for any team treating an inline finding as the full project result.

Neither vendor's documentation proves that one scanner will find more relevant flaws in a specific codebase. Use safe fixtures for the frameworks and languages that matter. Count reproducible findings and the time required to validate them, then inspect missed fixtures before scoring either product.

APIs, Web Apps, and Cloud Assets

Snyk's product surface now includes Snyk API & Web. Its official data-handling documentation describes dynamic application security testing for web applications and APIs, along with stored request, response, credential, and discovery data.

Aikido's pricing table lists domain scanning, API scanning, cloud posture checks, container scanning, and runtime modules across its tiers. The same official table shows that allowances and advanced scan types vary between Developer, Basic, Pro, Advanced, and Enterprise.

Dynamic scanners send traffic to an application. Run them against a staging target with test data and known ownership. Confirm authentication scope, request rate, exclusions, and retained evidence before pointing either service at a production API.

Developer Workflow

Snyk documents plugins for Visual Studio Code, Visual Studio, and JetBrains IDEs, with the Snyk CLI providing many editor actions. The official plugin page warns that supported editor versions move, and its compatibility matrix changes as stable plugin and CLI releases ship. Check that matrix on rollout day and keep policy documents independent of a fixed editor list.

Aikido's current IDE overview lists Visual Studio, VS Code, JetBrains products, Eclipse, Cursor, Windsurf, Kiro, and Google Antigravity. Its IDE feature docs describe inline SAST, secret, infrastructure-as-code, and dependency feedback, with feature support depending on the finding and plan.

Pull request enforcement also differs from editor feedback. Aikido's gating documentation separates native pull request gating from release gating through its CLI.

Snyk's scan overview describes pull request checks across open-source libraries and first-party code.

Test the branch-protection path with a contributor who lacks admin rights. A scanner that comments correctly while the required check can be bypassed has delivered evidence without an enforceable merge policy.

Deployment and Data Controls

Snyk describes a cloud-first service with multi-tenant SaaS, single-tenant SaaS, and Snyk Broker deployment options. The data-handling documentation says Broker keeps sensitive credentials behind the firewall while the service receives approved data needed for the selected product.

Snyk Code Local Engine is deprecated and scheduled for removal. Existing customers receive contractual support during the transition, so it is not a sound architecture for a new deployment.

Aikido's setup documentation offers repository connections through common source-control systems and points to a local scanner account when code must stay on the customer's premises. Its current pricing table places on-prem scanning in Pro and brokers for internal applications in Advanced.

These are hybrid controls around vendor services. A strict air-gap rule needs a written data flow for source, manifests, findings, telemetry, AI-generated fixes, and credentials. Ask both vendors to map that flow against the exact plan being quoted.

Pricing by Team Shape

Public entry prices below are a planning baseline. Snyk prices individual products within a plan, while Aikido bundles plan features and applies asset allowances. A same-day quote is required for a purchase.

Plan point	Snyk	Aikido
Free	$0 per contributor	$0, two users
Team entry	$25 monthly	$300 monthly
Higher entry	$1,260 yearly	$600 monthly
Base unit	Contributing developer	Plan and users
Public source	Snyk plan table	Aikido plan table

Snyk lists Team from $25 per contributing developer each month and Ignite from $1,260 per contributing developer each year. Its definition counts a developer who committed to a monitored private repository in the previous 90 days. Product price and test limits still vary, as stated on the official plan page.

Aikido lists Basic at $300 monthly and Pro at $600 monthly, each showing ten users in the public calculator. Repository, container, domain, cloud-account, virtual-machine, protected request, and AI-fix allowances vary across plans on the official pricing page.

A small team buying one Snyk product has different arithmetic from a larger team replacing several scanners with Aikido. Build two totals: the invoice for the required scans and the staff time for duplicated integrations, triage, renewals, and policy maintenance.

Policy, Reporting, and Ownership

Scanner breadth only helps when every finding reaches an accountable owner. During a trial, map repository teams, asset owners, severity policy, exception approval, and remediation evidence. Record whether the platform can express that model directly or requires manual exports and coordination outside the product.

Snyk organises scanning around products and monitored projects. Its scan documentation, separates Open Source, Code, Container, Infrastructure as Code, and API & Web entry points. Confirm which product creates each issue, which policy applies, and whether one code change closes related findings across views.

Aikido presents several scanner types through one security feed and uses pull request or release gates for enforcement. Its scan-frequency reference, says paid plans run scheduled scans daily while the free plan runs them every three days. Repository events and connected modules can follow different paths, so verify the timing for every required control.

Ask each vendor to demonstrate the same operating events:

• Assign a code finding and a dependency finding to their real owners.
• Apply a time-limited exception with an approver and review date.
• Trace a pull request result back to the central finding and policy.
• Remove a repository or employee and show how access and retained data change.
• Export evidence suitable for the organisation's audit and incident records.

Raw scanner totals deserve a sceptical review before comparison. Two scanners can count the same root cause differently, and severity labels can hide distinct exploitability assumptions.

Compare a small set of manually reviewed findings, time the ownership handoff, and inspect the evidence behind every suppression. That trial result is more useful than a larger headline finding count.

How to Trial Both Products

1. Use one representative private repository and a separate staging application with disposable test data.
2. List the exact package, code, infrastructure, secret, container, and dynamic-test fixtures the selected plans document.
3. Run editor, pull request, default-branch, and scheduled scans where each vendor supports them.
4. Measure setup time, actionable findings, repeated findings, missed fixtures, and remediation effort.
5. Test a policy failure from an ordinary contributor account and record every bypass path.
6. Export findings, remove the integrations, revoke credentials, and verify the vendor's documented deletion path.

Score every scanner surface as a separate trial result. One strong dependency result cannot compensate for a weak static scan when static analysis is the purchase requirement. The same rule keeps a wide asset inventory from hiding poor evidence on the one exposed service that prompted the trial.

Run each trial with plan-accurate vendor accounts. Snyk product access, test limits, and deployment controls vary by subscription.

Aikido's scanners, asset allowances, gating, local controls, and scan frequency also vary by tier. A free trial with different entitlements can demonstrate an interface while producing an invalid purchasing comparison.

Keep the test repository stable throughout the evaluation. Tag the fixture commit, preserve the lockfile, record scanner settings, and note the exact scan time. When one vendor updates a rule or the code host reruns a job, that record separates a product difference from a changed input.

Give the receiving developers the raw finding context. Ask them to locate the affected code, judge the evidence, apply a safe fix, and challenge a false positive.

Measure their time and the reviewer handoff. A dashboard score says little about whether a finding can survive the path from security queue to merged correction.

Read Next

• Snyk guide maps the scanner products, contributor model, integrations, and deployment controls.
• Aikido guide maps code, cloud, domain, runtime, and gating features by use case.
• Aikido vs SonarQube covers self-managed code verification against broader platform coverage.
• Dependabot vs Socket narrows the decision to advisory alerts, package intelligence, and supply-chain policy.
• Application Security comparisons places both vendors beside GitHub and Sonar tools.

Verdict

Choose Snyk when editor feedback, product-by-product adoption, and its documented IDE, repository, CLI, and CI integrations are the main requirements. Choose Aikido when the team has decided to consolidate code, dependency, cloud, container, and dynamic checks under one plan.

Price Snyk by contributing developer and selected product. Price Aikido by plan, users, and asset allowances. Use the matched-repository trial to decide whether either product can replace a named control.

FAQ

Does Snyk charge for every account user?

Snyk defines a contributing developer as someone who committed to a monitored private repository during the previous 90 days. The billing definition excludes contributors to public repositories. Product selection and plan level also affect the quote, so billing follows this definition instead of the account's total user list.

Does Aikido scan code inside an IDE?

Aikido documents plugins for VS Code, Cursor, Windsurf, Kiro, Google Antigravity, JetBrains IDEs, Visual Studio, and Eclipse. IDE scan types and language coverage vary. Its pricing table says the free IDE path has narrower coverage, so check the current plan row against your language before rollout.

Do Snyk and Aikido both test running applications?

Both vendors currently document dynamic testing capabilities. Snyk API & Web scans web applications and APIs, while Aikido lists domain scanning, API scanning, and authenticated dynamic testing across its plan table. The scan method, stored data, allowances, and required tier differ between the two products.

Can Snyk or Aikido keep repository credentials on-premises?

Snyk Broker keeps source-control credentials inside the customer's network while proxying approved requests to Snyk. Aikido documents local scanning and brokers for internal systems on eligible plans. Those controls reduce data movement, but neither description equals a fully self-managed copy of the entire vendor platform.

Which price figures should a team recheck?

Recheck the per-contributor Snyk product price, Aikido's included users, repository and asset allowances, annual discounts, and any enterprise deployment add-ons. A purchase order should use a same-day vendor quote.