Web3 and Crypto Platform Acceleration and Protection
For digital asset exchanges, wallets, DApps and on-chain data services. Cut latency on market-data and order paths while absorbing targeted attacks during listing windows and volatile markets — so your asset gateway stays reachable in the minutes that matter most.
Get a Web3 protection plan- 7T+DDoS scrubbing capacity
- 3000+Global edge and scrubbing nodes
- 99.99%Trading gateway availability
Four problems crypto platforms keep hitting
What makes this sector unusual: the failure window and the attack window overlap almost exactly, and every minute of downtime can convert directly into user losses and lost trust.
Targeted attacks during listings and volatility
Listing announcements, liquidations and sharp moves are peak-traffic and peak-attack moments at once. The motive is not always ransom — making a platform unreachable while prices swing, so users cannot close positions, can itself be the payoff.
Market-data latency translates straight into losses
Depth, candles and trade feeds ride WebSocket connections where tens of milliseconds of jitter is real money for quant and high-frequency users. Cross-border detours and constant reconnects generate complaints exactly when markets move hardest.
DNS hijacking and phishing lookalikes
A risk almost unique to this sector. Once a user is resolved to a spoofed site and signs an approval, the loss is irreversible and brand trust is hard to rebuild. DNS pollution and carrier-level hijacking are frequent in some regions.
Public market APIs get drained
Free ticker and depth endpoints attract quant scripts, data vendors and scrapers whose call volume often dwarfs real users. Bandwidth costs run away while genuine users compete for the same quota.
Six core capabilities
Acceleration and security on one network. Matching, wallets and risk control keep running on your own servers — we handle only the network access layer.
Market-data and order-path acceleration
Dynamic requests take our private backbone and optimised routes, cutting network hops and handshake cost, while long connections get reuse and keepalive tuning to reduce feed jitter.
Terabit scrubbing for targeted attacks
7T+ of capacity filters traffic at the edge, with protection levels you can raise ahead of known high-risk windows such as listings and liquidations.
Matching and wallet services shielded
Core service IPs are no longer public. Fetches run over an encrypted channel with allow-listing and authentication, closing every path that bypasses protection.
API quotas and anti-abuse
Tiered rate limiting by API key, account or IP, with scripted and scraping behaviour identified and treated separately, keeping bandwidth budget for real users.
End-to-end encryption and anti-hijack
Enforced HTTPS with TLS 1.3, HSTS and centralised certificate management shrink the room for plaintext hijacking and tampering that leads users to spoofed pages.
Global edge access and RPC acceleration
3,000+ nodes across six continents deliver DApp front-ends locally, while RPC and on-chain data endpoints are routed by region with automatic failover.
Four steps to onboard, with no access to funds or keys
We carry the network access layer only. Signing, private keys, matching and settlement all stay inside your own systems; onboarding does not change your architecture.
Map the surface
Separate static front-ends, market-data connections, trading APIs and RPC endpoints, classifying each by latency and security sensitivity.
Configure policies
Set cacheable and non-cacheable paths, TLS and certificates, tiered rate limits, and pre-stage stricter protection tiers for high-risk windows.
Cut over gradually
Validate on a low-traffic hostname or a single region first, confirm latency and success rates, then move fully — with DNS rollback always available.
Drill and observe
Run a load and attack drill off-peak to confirm the playbook works, then track real-time logs and alerts once live.
Typical results after onboarding
Common ranges for this workload; actual results depend on API structure, connection design and user geography.
- 10×Burst traffic headroom
- 40%+Lower cross-border latency
- 50%+Less bandwidth on invalid calls
- 99.99%Trading gateway availability
Web3 and crypto platform FAQ
Yes, treat it as a scheduled window. Register predictable moments such as listings and liquidations, and we raise protection tiers, pre-stage stricter rate limits and human verification before the window opens, while pre-warming static campaign pages to the edge. Attack traffic is scrubbed at the edge and never reaches matching. Policies return to normal afterwards so strict rules do not permanently affect genuine users.
Long connections are passed through rather than terminated like ordinary HTTP requests. Gains come from three places: a nearby entry point shortening connection setup and heartbeat round-trips; fetches over our private backbone reducing hops; and connection reuse plus keepalive tuning cutting reconnects on weak networks. For feed workloads the benefit shows up mainly as reduced latency jitter.
First separate DNS pollution, carrier hijacking and phishing lookalikes. The first two are addressed by enforced HTTPS, HSTS and centralised certificates that shrink the plaintext attack surface, plus our nodes bypassing polluted resolution paths. Spoofed domains fall under brand protection and need registrar and platform takedowns. Our domain-blocking recovery can restore normal access first while you pursue the rest.
Tiering callers is the most effective step. Give authenticated API keys their own quota and rate, tighten frequency on unauthenticated public endpoints, and cache short-lived market snapshots at the edge for a second or two so the same payload is not fetched repeatedly. Scraping patterns can be identified by request rhythm and fingerprint, then throttled or challenged. Most platforms cut invalid-call bandwidth by more than half at this stage.
Yes. RPC is a dynamic endpoint, so gains come from nearby entry and optimised fetch paths, with multiple upstreams and automatic failover when a node degrades. DApp front-end assets can be delivered over the CDN so page loading and chain calls stop competing. Note that on-chain confirmation time is determined by the block network itself and is outside what acceleration can influence.
No. We operate the network access layer: forwarding, caching and scrubbing. Private keys, signing, matching, settlement and your account system all run on your own servers — we neither participate in nor store any of it. Encrypted trading requests are forwarded without being decrypted or retained. If you have specific requirements around data residency or log scope, we can confirm the configuration before onboarding.
Still haven't found what you're looking for? Talk to our team.
Keep your trading gateway reachable when it matters most
Tell us your platform type, where your users are and the attacks or latency you are seeing, and we will propose a matching setup.