Indiana BEAD contracts are signed with 24 providers following NTIA approval in December 2025. We turn awarded routes into pole attachment packages, INDOT submissions and fiber designs that account for northern farm drains, southern karst and railroad crossings before construction begins.
Awarded a BEAD subgrant in Indiana? Claim Your Free Design Segment
Sources: NTIA BEAD Final Proposal overview; Indiana Broadband Office.
Building an Indiana BEAD route means resolving pole access, farm drainage and highway crossings before crews mobilize. We help subgrantees, ISPs and electric cooperatives turn Indiana Broadband Office awards into surveyed alignments, fiber designs, permit packages and construction records. Draftech's engineering stays entirely in-house, with high-level and low-level designs that connect rural REMC infrastructure to the homes and businesses on the awarded route. Across northern till plains and southern limestone, we use field conditions to guide aerial placement, bore paths and make-ready scope.
For cooperative fiber expansion, we bring OCRA program requirements, REMC funding conditions and INDOT permit coordination into route planning. Duke Energy Indiana and AEP make-ready work needs pole records and attachment details that agree with the fiber design. We carry those decisions through FTTH, middle-mile and last-mile construction documents, then capture installed facilities in as-built GIS records so the final package reflects what was built.
NTIA approved $483,242,488 for Indiana deployment on December 2, 2025, funding 122,847 locations through 24 subgrantees. NTIA's dashboard records the NIST Notice of Award and state award agreement signing on December 16, 2025. Decatur County REMC became the first awardee to sign with the Indiana Broadband Office in June 2026, with a $7.1M award for about 2,800 locations. On September 30, 2026, Governor Braun announced contracts with the state's providers, with some construction expected as early as fall 2026 and completion by the end of 2030. We sequence surveys and permit submissions around each route's construction needs.
NTIA's July 14, 2026 satellite eligibility review requires states to substantiate flagged locations or remove them through post-award changes. Its September 3, 2026 Supplemental Deployment Policy Notice sets a location review and challenge process before a second award round, due within 90 days of NTIA approving the supplemental list. Governor Braun's September 30 announcement said the Indiana Broadband Office was awaiting that list. For Indiana OSP engineering, we recommend checking awarded boundaries before extending feeder designs toward potential additions. Keep supplemental routes identifiable so changing eligibility does not obscure the scope covered by a signed agreement.
Indiana's 2025 pole attachment legislation covers electric utilities with at least 300 poles, requiring a provider meeting within 60 days of BEAD contract signing and a project management agreement within 4 months of NTIA Final Proposal approval. Rural REMCs are central to that coordination. Investor-owned territories include Duke Energy Indiana in north-central Indiana; Indianapolis Power & Light/AES Indiana in central Indiana and Indianapolis; Indiana Michigan Power/AEP in the northeast; NIPSCO/NiSource in the northwest; and Vectren/CenterPoint Energy Indiana South in the southwest. Each territory needs an attachment package tied to its poles and planned fiber placement.
We prepare field records and preliminary pole loading analysis ahead of the utility meeting so make-ready discussions can address attachment heights, loading and construction sequence. Decatur County REMC, Paulding Putnam Electric Cooperative and Southeastern Indiana REMC combine subgrantee and pole-owner roles, making electric operations part of fiber planning from the outset. On these self-attachment routes, we coordinate the proposed communications space with the cooperative's electric operations department before fiber placement proceeds. That gives both sides a defined scope to review when planning pole work.
Pleistocene ice sheets left much of Indiana nearly level, with deposits of glacial till, loam and outwash gravel. These conditions generally favor buried construction compared with hilly, rocky ground: directional drilling through softer glacial soils can progress faster than drilling limestone or shale. We account for agricultural rights-of-way and surface restoration when selecting field crossings, because favorable soils still require a route that respects how the land is used.
Lawrence, Monroe, Owen, Brown and Washington counties occupy Indiana's southern limestone belt, extending north from the geological formation associated with Mammoth Cave, 50 miles south in Kentucky. Indiana has more documented karst features than any other Midwest state, including sinkholes, solution channels, caves and losing streams. In parts of Lawrence and Monroe counties, bedrock lies within two feet of the surface near hillside addresses. We treat those conditions as bore-design constraints rather than carrying northern soil assumptions into southern alignments.
Near state roads in karst areas, INDOT requires geotechnical review for buried infrastructure under the IBO dig-once program, 105 IAC 16. We allow for that review in southern route planning and use field survey observations of subsurface conditions and topography to identify potential sinkhole zones at bore locations before specifying construction methods. Farther south, Ohio River crossings and routes along its tributaries bring USACE and Indiana DNR floodplain permitting into the schedule. Plans must account for work within the floodway or floodplain fringe as well as the highway right-of-way.
Norfolk Southern, CSX, Amtrak's Chicago hub routes and rural short lines create crossing dependencies across Indiana's agricultural and industrial corridors. Railroad applications need a licensed engineer-stamped bore design, with insurance and bonding requirements set by the railroad; typical processing runs 60 to 120 days. We identify these crossings during alignment design and prepare submissions early, especially where a multi-county build depends on several approvals. Our guide to railroad crossing permits for fiber optic construction explains the application work behind those schedule dependencies.
FTTH network design on Indiana's till plains can support longer feeders and more efficient split layouts than hillier terrain, but drainage channels, farm tiles and county legal drains still constrain alignments. Most Indiana counties do not mark agricultural drain tiles through utility locates, so we address drainage before fixing bore paths. For IBO reporting and broadband map updates, as-built documentation must include GPS-attributed fiber facility data. We record installed deviations where tile avoidance or southern limestone changes the route, keeping the finished network traceable to its actual location.
Prepare Your Indiana Pole Meeting: Bring the awarded route, available pole inventory and known crossing constraints into the engineering scope before the 60-day meeting window closes. We can organize preliminary loading and make-ready documentation around the REMC or investor-owned utility involved, giving the discussion a basis for assigning work. Share your Indiana alignment at info@draftech.com or 305-306-7407 to reach Draftech in Miami Lakes, FL.
Common Questions
NTIA approved $483.2M on December 2, 2025, for 122,847 locations and 24 subgrantees. Governor Braun announced provider contracts on September 30, 2026, with some construction expected in fall 2026 and completion by the end of 2030. The Indiana Broadband Office was awaiting NTIA's supplemental location list for a second round, so prospective additions need separate scope tracking from contracted routes.
Indiana's 2025 legislation requires utilities with at least 300 poles to meet with providers within 60 days of BEAD contract signing. We prepare survey records, preliminary pole loading and make-ready scope for that discussion. A cooperative such as Decatur County REMC also needs its electric operations department involved when its own fiber project uses its poles.
Bedrock can lie within two feet of the surface in parts of these counties, while sinkholes and solution channels complicate bore selection. INDOT requires geotechnical review for buried infrastructure near state roads in karst areas under 105 IAC 16. We use field observations and topography to flag constrained bore locations and account for that review before construction methods are finalized.
Drainage channels, agricultural tiles and county legal drains intersect routes across Indiana's till plains. Most counties do not mark farm tiles through utility locates, so a clear locate record does not resolve drainage risk. We address those crossings during design and capture installed route changes in GPS-attributed as-built records for IBO reporting and broadband map updates.
Begin when alignment design confirms the crossings, particularly on multi-county routes involving Norfolk Southern, CSX or rural short lines. Typical railroad processing takes 60 to 120 days, and applications need an engineer-stamped bore design with railroad-specific insurance and bonding. We coordinate crossing documentation with the surrounding fiber alignment so a pending rail approval is visible in construction planning.
Get Started
Use the form below to describe your awarded Indiana route, the REMC or utility poles involved and any INDOT or railroad crossings already identified. Include known farm drainage or southern karst constraints so we can discuss the engineering scope around your construction plans. An engineer replies within one business day.
Or reach us directly: info@draftech.com | 305-306-7407
Active in 24 states. Available across all 50 U.S. states. Certified MBE.