Telecommunications
17 columns
100 rows
8 formats

Peering and Interconnect Agreements

This dataset provides a comprehensive record of peering and interconnect agreements between network operators, detailing peer AS numbers, peering types, interconnect locations, traffic volumes, SLA parameters, and dispute resolution methods. It is ideal for analyzing network interconnection strategies, monitoring SLA compliance, and supporting peering policy decisions in the telecommunications industry.

last updated 1 Nov 2025
by GoMask

The brief that made it

Analyzing and optimizing network peering strategies

Sample rows

preview · 8 of 100 rows · all 17 columns

agreement_idstring	interconnect_location_typestring	sla_latency_msfloat	is_activeboolean	interconnect_location_countrystring	local_asninteger	peer_asninteger	peering_typestring	interconnect_location_namestring	interconnect_location_citystring	traffic_volume_gbpsfloat	sla_guaranteed_uptime_percentfloat	sla_packet_loss_percentfloat	dispute_resolution_methodstring	agreement_start_datedate	agreement_end_datedate	notesstring
AGMT-20240101-001	IXP	2.1	true	Germany	64512	13335	settlement-free	DE-CIX Frankfurt	Frankfurt	45.6	99.999	0.01	arbitration	2023-01-10	blank	High-volume exchange, peak traffic observed during evenings.
AGMT-20240101-002	private NNI	6.5	true	United Kingdom	64496	15169	paid transit	Equinix LD5	London	12.2	99.9	0.03	mediation	2022-11-01	2025-11-01	Transit arrangement includes backup routing.
AGMT-20240101-003	IXP	3.4	false	Netherlands	64501	32934	partial transit	AMS-IX	Amsterdam	7.8	99.98	0.02	court	2021-08-15	2024-08-14	Agreement ending soon, review for renewal.
AGMT-20240101-004	IXP	1.9	true	United Kingdom	64513	8075	settlement-free	LINX LON1	London	22.3	99.995	0.01	arbitration	2023-03-22	blank	Direct peering for cloud traffic.
AGMT-20240101-005	private NNI	4.2	true	USA	64515	16509	paid transit	Digital Realty NYC	New York	18.7	99.95	0.04	court	2022-05-30	2026-05-29	Includes DDoS protection clause.
AGMT-20240101-006	IXP	2.8	true	Ireland	64516	6939	settlement-free	INEX	Dublin	5.1	99.9	0.05	mediation	2023-07-05	blank	Seasonal traffic spikes observed.
AGMT-20240101-007	private NNI	5.9	false	Japan	64517	9002	partial transit	Equinix TY2	Tokyo	2.5	99.97	0.02	arbitration	2021-10-10	2024-10-09	Low utilization periods documented.
AGMT-20240101-008	IXP	2.4	true	China	64518	174	settlement-free	HKIX	Hong Kong	14.9	99.99	0.01	mediation	2022-04-12	blank	New route filters deployed.
AGMT-20240101-009	private NNI	7.3	false	Australia	64519	4826	paid transit	Global Switch SY3	Sydney	9.3	99.96	0.05	court	2020-12-01	2024-12-01	Pending review of performance metrics.
AGMT-20240101-010	IXP	2	true	Sweden	64520	2914	settlement-free	Netnod Stockholm	Stockholm	11.5	99.995	0.01	arbitration	2023-09-21	blank	Peak traffic aligned with local holidays.
AGMT-20240101-011	private NNI	6.8	false	Japan	64521	3356	partial transit	NTT DC Osaka	Osaka	4.7	99.92	0.03	mediation	2021-03-04	2024-03-03	Renewal discussions underway.
AGMT-20240101-012	IXP	2.7	true	Japan	64522	4808	settlement-free	JPNAP Tokyo	Tokyo	20.4	99.99	0.01	arbitration	2022-11-18	blank	Additional capacity provisioned for Olympics.
AGMT-20240101-013	private NNI	5.4	true	Singapore	64523	16509	paid transit	Equinix SG3	Singapore	8.8	99.95	0.04	court	2020-02-11	2025-02-10	Transit for business-critical applications.
AGMT-20240101-014	IXP	2.2	true	France	64524	13335	settlement-free	France-IX Paris	Paris	13.2	99.98	0.02	mediation	2022-07-01	blank	New route optimizations implemented.
AGMT-20240101-015	private NNI	3.7	true	Germany	64525	8075	paid transit	Interxion FRA6	Frankfurt	10.5	99.96	0.03	arbitration	2021-06-17	2025-06-16	Backup path included in service.
AGMT-20240101-016	IXP	4.1	false	Netherlands	64526	15169	partial transit	NL-IX Rotterdam	Rotterdam	3.3	99.97	0.02	mediation	2020-04-21	2024-04-20	Historical low traffic periods.
AGMT-20240101-017	IXP	1.5	true	Switzerland	64527	32934	settlement-free	SwissIX	Zurich	7.2	99.99	0.01	court	2023-02-13	blank	Agreement covers IPv6 prefix exchange.
AGMT-20240101-018	private NNI	7.2	true	USA	64528	64510	paid transit	Equinix MI1	Miami	16.5	99.94	0.04	arbitration	2022-09-08	2027-09-07	Includes Latin America traffic.
AGMT-20240101-019	IXP	3	false	USA	64529	34347	partial transit	SIX Seattle	Seattle	5.6	99.98	0.03	mediation	2021-12-02	2024-12-01	Active during holiday sales season.
AGMT-20240101-020	IXP	2.3	true	Italy	64530	5400	settlement-free	MIX Milan	Milan	9.9	99.99	0.01	arbitration	2023-06-09	blank	Sports streaming peaks observed.

What the 100 rows show

from the 100-row sample

IXP (interconnect location type) stands out: mean sla_latency_ms is 3.6, against 7.5 for the rest.

68%is_active = true
4.8median sla_latency_ms
3peering types
3dispute resolution methods
64,781median local_asn
64,756median peer_asn

Mean sla_latency_ms by interconnect_location_type100 rows

sla_latency_ms100 rows, in bands of 2

Median 4.8, from 1.5 to 11.5.

interconnect_location_country100 rows · top 10 of 32 values

USA14
Japan8
Germany7
Singapore6
France5
Netherlands4
Ireland4
Australia4
Sweden4
United Kingdom3

17 columns by typefrom the column list below

string 8
integer 2
float 4
date 2
boolean 1

Columns

17 columns in four groups

blueprint · 17 columns
column	type	description	example
Text 8 columns
`agreement_id`	string	Unique identifier for the peering or interconnect agreementunique	AGMT-20240101-001
`peering_type`	string	Type of peering arrangementsettlement-free · paid transit · partial transit	settlement-free
`interconnect_location_type`	string	Type of interconnect locationIXP · private NNI	IXP
`interconnect_location_name`	string	Name of the interconnect location (e.g., IXP name or data center)	DE-CIX Frankfurt
`interconnect_location_city`	string	City where the interconnect location is situatedoptional	Frankfurt
`interconnect_location_country`	string	Country where the interconnect location is situatedoptional	Germany
`dispute_resolution_method`	string	Method or process for resolving disputes (e.g., arbitration, mediation, court)3 methods · optional	arbitration
`notes`	string	Additional notes or comments regarding the agreementoptional	Agreement renewal in Q4.
Numbers 6 columns
`local_asn`	integer	Autonomous System Number (ASN) of the local network party to the agreement1 or more	64512
`peer_asn`	integer	Autonomous System Number (ASN) of the peer network party to the agreement1 or more	13335
`traffic_volume_gbps`	float	Average traffic volume exchanged at this interconnect (in Gbps)0 or more · optional	45.6
`sla_guaranteed_uptime_percent`	float	Service Level Agreement guaranteed uptime percentage0 to 100 · optional	99.999
`sla_latency_ms`	float	Service Level Agreement maximum allowed latency in milliseconds0 or more · optional	2.1
`sla_packet_loss_percent`	float	Service Level Agreement maximum allowed packet loss percentage0 to 100 · optional	0.01
Dates and times 2 columns
`agreement_start_date`	date	Date when the agreement became effective	2023-01-10
`agreement_end_date`	date	Date when the agreement is set to expire (null if ongoing)optional	2025-11-01
True or false 1 column
`is_active`	boolean	Indicates whether the agreement is currently active	true

Use it for

A telecommunications dashboard
The is_active rate, sla_latency_ms by interconnect_location_type and a breakdown of interconnect_location_country. Excel, Power BI or Tableau.
Why do the 54 IXP rows have a mean sla_latency_ms of 3.6?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Agreements100
AGMT-20240101-0012.1IXP
AGMT-20240101-0026.5private …
AGMT-20240101-0033.4IXP
A software demo
Believable agreements with local_asn, peer_asn and peering_type to fill a screen in front of a buyer.

This dataset100 rows17 columns

Yours1,000 rows17 columnsinterconnect_location_type: UK only

blueprint · peering-and-interconnect-agreements

Behind this dataset

Same schema. As many rows as you need.

These 100 rows came out of a blueprint — 17 columns with generation rules behind each one. Open it in Data Factory to retune a column, add your own, wire in foreign keys, and run it at the size you actually need.

Rules it was built with

Peer AS number and network name
Peering type: settlement-free (no payment), paid transit, partial transit
Interconnect location: internet exchange point (IXP) or private NNI
IXP names: DE-CIX, AMS-IX, LINX, Equinix IX, etc.
Traffic volumes: inbound Gbps, outbound Gbps, total exchanged
Peering ratio: traffic balance (inbound/outbound), typically 1.5:1 or better
Port capacity: 10GE, 100GE, 400GE interconnect links
SLA: packet loss, latency, availability commitments

Rows1,000 rows10,000 rows100,000 rows1,000,000 rows

Open the blueprint in Data Factory

1 credit per row. New accounts start with 25 free credits.

Exports: CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence: yours to use, including commercially
API slug: peering-and-interconnect-agreements

What should your data show?

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Sample rows

What the 100 rows show

Columns

Use it for

A telecommunications dashboard

A root-cause class exercise

A software demo

Make it yours.

Same schema. As many rows as you need.

More in Telecommunications

What should your data show?