Dalet Access delivers secure, affordable broadband and public Wi-Fi for homes, businesses, and public institutions. With OpenRoaming, devices connect automatically and securely, with no passwords or login pages, on a network that brings broadband, cybersecurity, and edge computing together.

Our intelligent broadband services are designed to deliver more than speed, with security, visibility, and easy management built in.
Low latency
Edge computing processes data closer to users, for faster, more responsive applications.
Seamless OpenRoaming
Devices connect automatically and securely, with no passwords or login pages.
Enhanced cybersecurity
Encryption, threat protection, and continuous monitoring are built into the network.
Real-time visibility
Live insight into network performance, connected devices, and applications.
Critical asset protection
Monitoring and security for the infrastructure and devices your operations depend on.
Affordable and scalable
A managed service model with no large upfront investment, designed to grow from a single site to many locations.
Faster rollout
Centralized management lets us provision devices, services, and applications across multiple sites quickly and consistently.

Public Wi-Fi is often slow to join, unsecured, and frustrating to use. Dalet Access offers OpenRoaming connectivity: secure public Wi-Fi that lets people connect automatically and safely, the way cell phones roam between towers.
What is OpenRoaming?
OpenRoaming is a global Wi-Fi standard created by the Wireless Broadband Alliance. Once a device is set up with a trusted identity, such as a phone carrier, device maker, or participating app, it connects automatically to any OpenRoaming network, with no login pages, passwords, or repeated sign-ins.
Why it matters
Where it fits
Public spaces, parks, and transit hubs · schools and libraries · community centers and clinics · business districts and campuses · affordable housing and mixed-use developments
Part of an integrated platform
OpenRoaming is built into our PINN™ platform and Network-as-a-Service model, alongside broadband, edge computing, cybersecurity, and IoT, so communities and organizations get secure public connectivity as part of one managed network.
Secure, automatic public Wi-Fi with no passwords or login pages. Dalet Access brings OpenRoaming connectivity to communities, schools, and businesses.

Dalet Access is bringing multi-gig, symmetric home internet to Oakland communities, with plans up to 100 Gbps.
Our broadband pairs fiber-class speeds with OpenRoaming, secure Wi-Fi that connects automatically with no passwords or login pages, plus built-in cybersecurity and low-latency performance for streaming, remote work, telehealth, and online learning.
Symmetric speeds up to 10 Gbps
Everyday multi-gig internet for the whole household.
Symmetric speeds up to 25 Gbps
Faster speeds for multi-user homes and home offices.
Symmetric speeds up to 100 Gbps
Our highest residential speeds, for power users and connected homes.
Be first in line when service launches in your neighborhood.
Coming soon: symmetric home internet up to 100 Gbps with secure OpenRoaming Wi-Fi. Join the Dalet Access interest list for affordable broadband in Oakland.

Dalet Access is bringing multi-gig, symmetric business internet to Oakland organizations, from small businesses and nonprofits to public agencies and data-intensive enterprises. Our business broadband combines dedicated bandwidth up to 100 Gbps and beyond with built-in cybersecurity, OpenRoaming Wi-Fi, IoT connectivity, and support plans that match how your organization operates.
Symmetric business speeds up to 10 Gbps
For small businesses, nonprofits, and community organizations.
Dedicated bandwidth from 25 Gbps to 100 Gbps and beyond, custom-built to your needs
For public agencies, data-intensive organizations, and mission-critical operations.
Be first in line when service launches in your area.
Coming soon: symmetric business internet up to 100 Gbps with static IP, cybersecurity, SLAs, and 24/7 support for Oakland businesses and public agencies.