Malware and phishing defense
Start with risk categories that reduce obvious harm without surprising the team.
DNS filtering for teams, contractors, and labs
DNS filtering for teams should be easy to explain: which devices are covered, which risks are blocked, who can change policy, and how a broken work tool gets fixed.
Metrics
Preview demo DNS metrics for a protected family or team network.
Team DNS controls for endpoints and roles
Start with the team controls people need to understand first: risk baseline, endpoint roles, tenant access, E2EE support history, tracker policy, and documented exceptions.
Profiles by endpoint role
Separate founder, finance, contractor, shared, guest, and lab devices before adding complex settings.
Tenant baselines and role-based access
Separate departments, clients, labs, guests, or managed groups while keeping required protections on.
E2EE protected support history
Give support enough domain context to fix false positives while stored history stays protected by user-held keys.
Agreed tracker reduction
Reduce tracker and ad domains on managed, guest, shared, or contractor profiles where the team has explicitly agreed the policy belongs in DNS.
Documented exception workflow
Keep each allow, block, or redirect tied to a domain, owner, reason, and review date.
The first rollout should protect work, not interrupt it
A team DNS setup should make the workday safer without surprising people. Start with security categories and add broader categories only after explicit agreement.
When team DNS filtering is the right layer
Use this checklist before choosing a team layer: DNS helps when the decision is about a domain lookup, endpoint role, policy owner, or narrow exception.
Good DNS-fit problems
Choose Veilty when the decision belongs at the DNS layer: domains, device settings, category blocks, redirects, and recent domain-level evidence.
DNS is a good fit when a team wants a clear first layer for malware, phishing, scams, and known high-risk domains before deciding whether broader categories are appropriate.
A DNS tool helps when founder, finance, contractor, guest, shared, and lab devices need different settings because their risk, owner, or workflow differs.
A DNS tool helps when support needs recent domain, device, category, and rule context before approving a narrow exception. E2EE protected stored activity history uses user-held keys, while live DNS requests still pass through resolver processing.
Get early access for team DNS filtering
Join if your team wants DNS filtering with endpoint roles, tenant baselines, role-based access, narrow exceptions, and E2EE protected stored activity history.
100 Founders
First 100 verified members. All self-serve features, including proxying when available.
1,000 Families
Next 1,000 verified members. All family features except traffic proxying.
Live waitlist
Loading real waitlist data.
Top referrals
Loading leaderboard.
Email-only signup. Duplicate, self-referral, temporary, or spam signups may be removed before invites go out. Early access does not change the Waitlist Terms or Privacy Policy.
DNS filtering for teams FAQ
Practical answers for teams that want useful DNS protection, support paths, and privacy-aware visibility.
Yes. DNS filtering can reduce risky domains and give a team a consistent device setup, but it should be treated as one security layer rather than a full security stack.
Usually no. A shared kiosk, founder laptop, finance device, developer workstation, guest device, and test device often need different profiles.
A tenant is a separated management space for a group of devices, rules, users, and history. Teams can use tenants for departments, clients, labs, guest networks, or managed groups.
Yes, on managed profiles where the team has agreed the policy belongs in DNS. Keep browsing-preference blocks explicit so ad and tracker reduction does not become a hidden productivity policy.
Baseline enforcement means required protections stay on for a tenant or group even when local profiles add narrower rules.
DNS filtering blocks some domain-level risks while updates, identity controls, backups, endpoint protection, and user training cover other parts of the security stack.
People need a clear support or security reason. Use role-based access, short retention, and E2EE protected stored activity history so DNS review does not become broad monitoring.
Veilty protects stored DNS activity history with E2EE and user-held keys when you enable visibility. Live DNS requests still pass through resolver processing, but teams should not treat retained support history as a plain operator-readable log.
Use recent activity to find the endpoint, domain, rule, and reason. Add the smallest safe exception, document the owner, and review it later.
No. DNS filtering decides domain-level allow, block, and policy outcomes. Use a VPN, identity controls, or private access tooling when the job is private network access or broader traffic routing.
Related team guides
Start with the operational baseline, then compare adjacent tools and blocklist risk.