BEAD-Funded Networks Need a Peering Strategy Before They Need One
BEAD funding has shifted the conversation in the right direction. Unserved locations are being mapped. Proposals are being evaluated. Networks are getting built in places that have been waiting for broadband for decades.
The scoring criteria, as written, reward the right things: coverage, speed commitments, affordability, reliability. Build the network. Pass the homes. Light up the customers.
What the scoring doesn't reward is operating efficiency. And that's where the problem shows up — not at launch, but in year two, year three, and every year after that.
The Transit Problem Nobody Plans For
When a BEAD-funded network goes live, it connects to the internet. That almost always means buying IP transit — a commercial relationship with an upstream provider who delivers your traffic to the rest of the internet and returns traffic to your subscribers.
Transit works. It's the simplest path to full internet connectivity. You sign a contract, configure BGP, and your network can reach every destination on the internet. For a new network that needs to bring customers online quickly, it's the right choice.
Every subscriber you add generates traffic. More subscribers means more traffic. More traffic means a higher transit bill. The cost model scales against you at exactly the moment your operations should be becoming more efficient, as fixed infrastructure costs get spread over a larger customer base.
For a network with 1,000 subscribers delivering 100 Mbps average throughput per customer in peak aggregation, transit at $3/Mbps runs roughly $300/month. At 5,000 subscribers, you're approaching $1,500/month or more. The specific numbers depend on your traffic mix, your transit provider, and your peering configuration — but the direction is consistent. Transit cost grows with your network.
What Peering Does
An internet exchange point (IXP) is a location where networks connect directly to exchange traffic. Instead of routing your subscribers' traffic through a transit provider, you hand it directly to the content network that's responsible for serving it.
Cloudflare, Akamai, and Google are some of the networks your subscribers' traffic is actually destined for. All of them have open peering policies. They want to exchange traffic directly with ISPs. They're present at regional exchanges. They will take your traffic for free.
The only cost is the exchange port fee. At FD-IX, that starts at $125/month for 100 Mbps, $275/month for 1G. You pay a flat monthly fee, and the traffic itself costs nothing beyond that. For a BEAD network moving significant volumes, the savings are real. 40–50% of your traffic could go to networks present at a regional exchange
The transit bill doesn't go to zero. You still need transit for destinations that aren't peered at any exchange. But the portion you pay for shrinks, and it no longer scales automatically with subscriber growth.
The Architecture Question
BEAD networks are being designed right now. Engineers are choosing where to locate aggregation equipment, how to route fiber to the regional core, and where to interconnect with upstream providers. These decisions create the constraints your network will operate within for years.
Adding peering to a network that wasn't designed for it is possible. It usually means extending circuits to an exchange location, adjusting routing policy, and, in some cases, adding hardware. It's not impossible — but it's more expensive and more disruptive than doing it right the first time.
Designing with peering in mind is straightforward:
- Locate your core or aggregation layer in or near a carrier-neutral data center with exchange presence, if your geography allows
- Choose transport providers who have a presence in the same facility (simplifies future migration of traffic)
- Obtain an ASN if you don't have one. We can help if needed.
- Plan your IP address space as provider-independent from the start, if you can.
None of this requires additional capital expenditure at launch. It's about placing infrastructure in a position where peering is an accessible option when traffic volumes justify it — rather than a major project to execute under pressure.
Remote Peering: An Option for Rural Markets
BEAD is, by definition, a rural program. Many BEAD networks will deploy in markets without a nearby carrier-neutral data center. Remote peering addresses this.
Remote peering uses a dedicated Layer 2 circuit, such as MPLS or Ethernet, to extend your network to an exchange location without physical presence there. Your router connects to the exchange fabric via the circuit, just as it would via a cross-connect in the same building. You configure BGP the same way, access the same route servers, and peer with the same member networks.
Circuit costs add to the equation. But for a BEAD network whose transit costs have scaled to the point where the savings justify it, the math still works. The key is knowing the break-even point and building toward it intentionally.
FD-IX evaluates remote peering requests for networks in Indiana, Ohio, Illinois, Missouri, Kansas, Kentucky, Michigan, Texas, and surrounding states. If you're deploying a BEAD network in any of these regions and want to understand your options, reach out early. The conversation before you finalize network design is more useful than the one after.
What You Need to Get Started
The technical requirements for peering are minimal for an established network:
ASN. An Autonomous System Number from ARIN. Required for BGP peering. If you're buying transit with your own IP space, you likely already have one. If not, ARIN can issue a single-homed ASN at low cost.
Provider-independent IP space. IP addresses that belong to your organization, not borrowed from a transit provider. This allows you to announce your own routes at the exchange.
BGP-capable router. Any modern routing platform supports BGP. If your network is running enterprise-grade equipment, you're already equipped.
Exchange access. Either a cross-connect at an FD-IX facility or a transport circuit for remote peering.
FD-IX's technical team can help with BGP configuration for new members. You don't need to have all the answers before you start the conversation.
The Timeline That Matters
BEAD networks are being built now. The infrastructure decisions being made today will constrain or enable operational choices for the next decade.
A network designed for peering has a structural advantage over one that treats transit as the permanent solution. As the subscriber base grows, as traffic volumes increase, as content consumption patterns shift toward higher-bandwidth applications, the network with peering flexibility adapts more cheaply.
The network without it pays transit rates on traffic it shouldn't be paying for, and solves the problem later, under pressure, at higher cost.
BEAD builds the network. Peering makes it efficient from the start.
Frequently Asked Questions
Do I need peering at the launch of my BEAD award?
Not necessarily. If your traffic volumes are low and transit costs are manageable, launching with transit-only is reasonable. The goal is to design so that peering is accessible when it makes sense, not to add it before it's needed.
Can a small network afford an exchange port?
At $125–$275/month for entry-level ports, the cost is accessible for most ISPs with a few hundred subscribers or more. The break-even point depends on current transit pricing and traffic mix.
How do I know if peering will save me money?
Analyze your traffic flows. What share of your traffic is destined for networks present at a regional exchange? For most ISPs, 40–60% of traffic goes to a small number of content networks.
Is FD-IX in states with active BEAD deployments?
Yes. FD-IX operates in Indiana, Ohio, Illinois, Missouri, Kentucky, Michigan, Texas, Tennessee, and is expanding. If you're deploying a BEAD network in these states or adjacent markets, contact us to discuss your situation.
Next Steps
If you're designing a BEAD-funded network and want to understand how interconnection fits into your architecture:
Contact FD-IX — we can discuss your market, your timeline, and what peering options are realistically available. There's no commitment involved in the conversation, and the conversation before you finalize design is worth more than the one after.