Telecommunications
17 columns
500 rows
8 formats

IP Address Management (IPAM) and Allocation

This dataset provides detailed management records for IPv4 and IPv6 address space, covering global and regional allocations, service assignments, subnet planning, utilization metrics, and DHCP lease activity. It enables network teams to track address usage, plan for IPv6 deployment, and optimize resource allocation across mobile, broadband, and enterprise services.

last updated 1 Nov 2025
by GoMask

The brief that made it

Network capacity planning and address space optimization

Sample rows

preview · 8 of 500 rows · all 17 columns

ip_block_idstring	ip_versionstring	subnet_prefix_lengthinteger	dhcp_enabledboolean	subnet_maskstring	ip_blockstring	allocation_typestring	allocated_tostring	service_typestring	rirstring	allocation_datedate	parent_ip_block_idstring	utilization_percentagefloat	ipv6_deployment_statusstring	dhcp_lease_countinteger	dhcp_lease_expirydatetime	commentsstring
ARIN-RIR-0001	IPv4	16	false	255.255.0.0	23.45.0.0/16	RIR	Telecom North America	enterprise	ARIN	2002-03-15	blank	12.7	planned	0	blank	Parent block for company-wide subnets
RIPE-RIR-0002	IPv4	17	false	255.255.128.0	45.67.128.0/17	RIR	EuroNet Solutions	enterprise	RIPE	2011-07-22	blank	17.2	completed	0	blank	Legacy enterprise allocation
APNIC-RIR-0003	IPv6	32	true	blank	2400:cb00::/32	RIR	Asia Broadband Group	broadband	APNIC	2018-10-05	blank	9.4	planned	100	2024-08-04T15:20:00	Initial allocation for IPv6 broadband rollout
LACNIC-RIR-0004	IPv4	16	false	255.255.0.0	191.232.0.0/16	RIR	LatinCom Enterprise	enterprise	LACNIC	2015-06-18	blank	21.8	planned	0	blank	Allocated for legacy services, low utilization
AFRINIC-RIR-0005	IPv6	29	true	blank	2c0f:fea0::/29	RIR	AfricaNet ISP	broadband	AFRINIC	2019-03-12	blank	4.2	in-progress	50	2024-07-09T10:05:00	IPv6 broadband edge deployment
ARIN-SERVICE-0006	IPv4	24	true	255.255.255.0	23.45.4.0/24	Service	Telecom North America - Mobile	mobile	ARIN	2019-05-03	blank	87.5	in-progress	200	2024-07-17T17:55:00	Mobile device allocation block
RIPE-SERVICE-0007	IPv4	23	true	255.255.254.0	45.67.130.0/23	Service	EuroNet Solutions - Broadband	broadband	RIPE	2022-01-08	blank	72.1	in-progress	350	2024-07-11T12:30:00	High utilization broadband service block
APNIC-SERVICE-0008	IPv6	56	true	blank	2400:cb00:1000::/56	Service	Asia Broadband - Fiber	broadband	APNIC	2021-11-28	blank	71.2	completed	1200	2024-07-19T08:25:00	Active fiber deployment for broadband customers
LACNIC-SERVICE-0009	IPv4	20	true	255.255.240.0	191.232.128.0/20	Service	LatinCom Mobile Division	mobile	LACNIC	2023-04-14	blank	68.3	in-progress	650	2024-07-24T22:40:00	Mobile access block, high lease activity
AFRINIC-SERVICE-0010	IPv4	21	false	255.255.248.0	196.25.32.0/21	Service	AfricaNet Enterprise	enterprise	AFRINIC	2017-09-09	blank	53.9	completed	0	blank	Enterprise office block, static IP usage
ARIN-SUBNET-0011	IPv4	25	true	255.255.255.128	23.45.4.128/25	Subnet	Telecom NA Subnet-A	mobile	ARIN	2020-08-07	ARIN-SERVICE-0006	98.5	not-applicable	120	2024-08-01T13:15:00	Mobile subnet, nearly full utilization
RIPE-SUBNET-0012	IPv4	26	true	255.255.255.192	45.67.130.128/26	Subnet	EuroNet Test Subnet	other	RIPE	2023-02-11	RIPE-SERVICE-0007	100	not-applicable	62	2024-07-21T19:35:00	Test subnet for edge case, full usage
APNIC-SUBNET-0013	IPv6	120	true	blank	2400:cb00:1000:1::/120	Subnet	Asia Broadband R&D	other	APNIC	2022-09-30	APNIC-SERVICE-0008	6.7	completed	20	2024-07-14T14:05:00	Experimental IPv6 subnet, low usage
LACNIC-SUBNET-0014	IPv4	29	false	255.255.255.248	191.232.128.240/29	Subnet	LatinCom VIP Test	enterprise	LACNIC	2024-03-02	LACNIC-SERVICE-0009	100	not-applicable	0	blank	Edge case: single customer test allocation
AFRINIC-SUBNET-0015	IPv6	128	true	blank	2c0f:fea0:1::/128	Subnet	AfricaNet IoT Device	other	AFRINIC	2024-01-18	AFRINIC-RIR-0005	100	completed	1	2024-08-02T11:45:00	Edge case: IoT device single IPv6 address
ARIN-LEASE-0016	IPv4	27	true	255.255.255.224	23.45.4.192/27	Lease	Telecom NA Lease-B	mobile	ARIN	2024-05-01	blank	95.2	not-applicable	30	2024-08-05T09:00:00	Short-term mobile lease block
RIPE-LEASE-0017	IPv6	120	true	blank	2a02:6b8:0:1::/120	Lease	EuroNet IoT Lease	other	RIPE	2024-06-03	blank	80.1	completed	60	2024-08-03T16:10:00	Lease allocation for IoT deployment
APNIC-RIR-0018	IPv4	24	false	255.255.255.0	203.0.113.0/24	RIR	Asia Broadband National	enterprise	APNIC	2006-02-27	blank	10.2	planned	0	blank	Parent block for Asia regional office
LACNIC-RIR-0019	IPv6	48	false	blank	2801:80:0:1::/48	RIR	LatinCom IPv6 Expansion	enterprise	LACNIC	2014-12-19	blank	3.9	planned	0	blank	Corporate IPv6 expansion block
AFRINIC-RIR-0020	IPv4	22	false	255.255.252.0	196.25.40.0/22	RIR	AfricaNet Office	enterprise	AFRINIC	2013-08-14	blank	14.8	not-applicable	0	blank	Office allocation, static IP usage

What the 500 rows show

from the 500-row sample

IPv4 (ip version) stands out: mean subnet_prefix_length is 23.6, against 81.5 for the rest.

60%dhcp_enabled = true
29median subnet_prefix_length
4service types
4ipv6 deployment statuses
5allocation types
7rirs

Mean subnet_prefix_length by ip_version500 rows

subnet_prefix_length500 rows, in bands of 20

Median 29, from 8 to 128.

subnet_mask306 rows with a value · 194 left blank

255.255.255.052
255.255.255.25233
255.255.255.24026
255.255.0.021
255.255.255.24817
255.255.252.017
255.255.254.015
255.255.240.015
255.255.248.015
255.255.255.22415

17 columns by typefrom the column list below

string 11
integer 2
float 1
date 1
datetime 1
boolean 1

Columns

17 columns in four groups

blueprint · 17 columns
column	type	description	example
Text 11 columns
`ip_block_id`	string	Unique identifier for the IP address block recordunique	ARIN-RIR-0001
`ip_version`	string	IP version (IPv4 or IPv6)IPv4 · IPv6	IPv4
`ip_block`	string	CIDR notation of the IP address block (e.g., 192.0.2.0/24, 2001:db8::/32)unique	23.45.0.0/16
`allocation_type`	string	Type of allocation (IANA, RIR, Service, Subnet, Lease)IANA · RIR · Service · Subnet · Lease	RIR
`allocated_to`	string	Organization, service, or customer to which the block is allocatedoptional	Telecom North America
`service_type`	string	Type of service using the block (mobile, broadband, enterprise, etc.)mobile · broadband · enterprise · other · optional	enterprise
`rir`	string	Regional Internet Registry responsible for the block (e.g., ARIN, RIPE, APNIC, LACNIC, AFRINIC)7 values · optional	ARIN
`subnet_mask`	string	Subnet mask for IPv4 blocks (e.g., 255.255.255.0)optional	255.255.0.0
`parent_ip_block_id`	string	Reference to the parent IP block if this is a subnetoptional	ARIN-SERVICE-0006
`ipv6_deployment_status`	string	Status of IPv6 deployment for this block (planned, in-progress, completed)planned · in-progress · completed · not-applicable · optional	planned
`comments`	string	Additional notes or comments about the blockoptional	IoT deployment block
Numbers 3 columns
`subnet_prefix_length`	integer	Prefix length for the subnet (e.g., 24 for /24)0 to 128 · optional	16
`utilization_percentage`	float	Percentage of addresses in the block currently in use0 to 100 · optional	12.7
`dhcp_lease_count`	integer	Number of active DHCP/DHCPv6 leases in this block0 or more · optional	0
Dates and times 2 columns
`allocation_date`	date	Date when the block was allocatedoptional	2002-03-15
`dhcp_lease_expiry`	datetime	Latest expiry date/time for active DHCP/DHCPv6 leases in this blockoptional	2024-08-04T15:20:00
True or false 1 column
`dhcp_enabled`	boolean	Indicates if DHCP or DHCPv6 is enabled for this blockoptional	false

Use it for

A telecommunications dashboard
The dhcp_enabled rate, subnet_prefix_length by ip_version and a breakdown of subnet_mask. Excel, Power BI or Tableau.
Why do the 306 IPv4 rows have a mean subnet_prefix_length of 23.6?
A root-cause class exercise
Hand out the rows and one question. The answer is in the data, not in the brief.
Ip blocks500
ARIN-RIR-000116IPv4
APNIC-RIR-000332IPv6
AFRINIC-RIR-000529IPv6
A software demo
Believable ip blocks with ip_version, ip_block and allocation_type to fill a screen in front of a buyer.

This dataset500 rows17 columns

Yours1,000 rows17 columns

blueprint · ip-address-management-ipam-and-allocation

Behind this dataset

Same schema. As many rows as you need.

These 500 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

IP block: CIDR notation (e.g., 198.51.100.0/24 or 2001:db8::/32)
Address family: IPv4 or IPv6
Allocation source: IANA, RIR (ARIN, RIPE, APNIC, LACNIC, AFRINIC)
Service assignment: mobile data (PGW pools), broadband (BRAS/BNG), enterprise
Subnet planning: address space segmentation by geography, technology, service
Utilization: percentage of addresses allocated/in-use vs. available
IPv6 deployment: dual-stack, IPv6-only, DS-Lite, 464XLAT transition mechanisms
DHCP lease: dynamic address assignment with lease duration

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

Open the blueprint in Data Factory

1 credit per row. Preview 20 rows free. Buy rows for the full run.

Exports: CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence: yours to use, including commercially
API slug: ip-address-management-ipam-and-allocation

What should your data show?

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Sample rows

What the 500 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?