Oman’s foreign minister stated on February 27 during a CBS interview in Washington that discussions with Iran had led to a significant potential advancement regarding the nation’s nuclear activities.
In the interview, the minister indicated that Iranian representatives had consented in principle to forgo maintaining any reserves of enriched uranium, allow complete oversight from the International Atomic Energy Agency (IAEA), and transform current nuclear substances into fuel suitable for reactors.
The minister described the arrangement as entailing permanent actions to block the use of such materials for military purposes, with international inspectors able to confirm adherence.
He characterized this as an unprecedented development, noting that prohibiting the accumulation of enriched material would eliminate the possibility of producing a nuclear weapon.
On the same date that Oman highlighted this reported progress in nuclear discussions with Iran, the IAEA distributed a confidential document expressing worries over undeclared nuclear substances, as covered by Vision Times.
The agency noted its inability to confirm the precise quantity, makeup, or specific whereabouts of the material. Inspectors further cited a “loss of continuity of knowledge” concerning Iran’s nuclear holdings, meaning surveillance shortcomings had hindered a full accounting of the materials’ condition.
Analysts examining intelligence assessments, satellite observations, and global monitoring information have indicated that Iran persisted in developing elements of its nuclear efforts amid ongoing diplomatic exchanges.
These evaluations suggest Tehran concealed certain nuclear operations from international observers while increasing work on fortified installations connected to the program. Such activities reportedly took place in the period leading up to military operations against Iranian nuclear sites in early 2026, according to the outlet.
Four attacks on Iranian nuclear installations during the current U.S.-Israeli military operation demonstrate the commitment of both partners to removing any remaining routes for Iran to develop nuclear weapons, per a separate analysis.
The strikes, which appear to involve Israel, focused on multiple targets: a hidden nuclear weapons research location referred to as Minzadehei; access points to enrichment operations at Natanz; buildings inside the nuclear site at Isfahan; and a facility in the Lavisan 2/Mojdeh area linked to operations under SPND, the administrative component of Iran’s nuclear weapons effort, the report stated.
Diplomatic exchanges in late February centered on a suggested structure that would impose strict limits on Iran’s nuclear activities, according to sources aware of the discussions, as noted by Vision Times.
The framework called for Iran to halt further buildup of enriched uranium, enable thorough IAEA supervision, and repurpose existing nuclear substances as reactor fuel. These steps aimed to curb production of weapons-usable material under international supervision.
Nevertheless, a confidential IAEA document released concurrently cast doubt on the feasibility of verifying such pledges. Inspectors had previously flagged a “loss of continuity of knowledge” on Iran’s nuclear inventory following restricted entry to critical locations for several months, the outlet reported.
The document indicated that Iran had concealed uranium enriched to 60 percent purity within an underground tunnel system at the Isfahan Nuclear Technology Center.
Due to denied access to various enrichment locations, the IAEA stated it could not establish the complete volume, nature, or exact positioning of Iran’s nuclear reserves.
Military actions against Iran’s nuclear infrastructure commenced the next day, Vision Times reported.
For an extended period, global oversight of Iran’s nuclear efforts has concentrated on whether Tehran would advance enrichment to 90 percent purity, the threshold generally viewed as weapons-grade.
However, certain experts have argued that lesser enrichment degrees could still present proliferation hazards. In July 2025, the Bulletin of the Atomic Scientists released findings suggesting that uranium enriched to 60 percent might be employed in basic nuclear devices without further processing.
An additional analysis from physicists at Illinois State University projected that roughly 40 kilograms of uranium enriched to 60 percent could generate a device yielding approximately one kiloton, according to Vision Times.
